Gallery - Princeton Tracers

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BANC

Brain and Nerve Cord

Full brain and ventral nerve cord dataset providing complete CNS connectivity.

Dense cluster of cell bodies shown with color segmentation overlay, each soma uniquely colored — Soma Arrangement (Color Overlay)

Dense cluster of cell bodies with color segmentation overlay. Each unique color represents an individually segmented soma.

Soma cluster Segmentation overlay

Individual neuronal soma highlighted with blue color segmentation overlay showing cell body boundary — Single Soma (Color Overlay)

Individual neuronal soma highlighted with color segmentation overlay, showing the cell body boundary and surrounding neighbors.

Single soma Segmentation overlay

Region densely packed with neuronal cell bodies with visible nuclei and surrounding neuropil — Dense Soma Region

Region densely packed with neuronal cell bodies. Nuclei and surrounding neuropil visible throughout.

Soma cluster Cell bodies

Region with fewer well-separated cell bodies surrounded by extensive neuropil — Sparse Soma Region

Region with fewer, well-separated cell bodies surrounded by extensive neuropil.

Soma Neuropil

Darkly stained cell body with electron-dense cytoplasm, possibly glial in origin — Dark Soma (Possible Glia)

Darkly stained cell body with electron-dense cytoplasm, possibly glial in origin. Note the distinct contrast difference from surrounding neurons.

Dark soma Possible glia

Exceptionally large neuronal soma rich in organelles including prominent nucleus and mitochondria — Large Soma with Organelles

Exceptionally large neuronal soma rich in organelles including prominent nucleus, endoplasmic reticulum, and mitochondria.

Large soma Organelle-rich

Large soma showing dense organelle packing with extensive rough endoplasmic reticulum — Large Soma with Organelles (View 2)

Second perspective of a large soma showing dense organelle packing. Note the extensive rough endoplasmic reticulum and clustered mitochondria.

Large soma Organelle-rich

Third view of a large neuronal soma highlighting scale relative to surrounding neurites — Large Soma with Organelles (View 3)

Third view highlighting the scale of a large neuronal soma relative to surrounding neurites and neuropil.

Large soma Organelle-rich

Soma with unusually thick membrane border possibly indicating myelination — Possibly Myelinated Soma

Soma with an unusually thick membrane border, potentially myelinated. Note: horizontal line artifact from monitor capture is also visible.

Myelination Unusual morphology

Soma enclosed by unusually thick electron-dense membrane layer with possible myelination — Thick Membrane Border

Soma enclosed by an unusually thick, electron-dense membrane layer. Possible myelination of a cell body — an uncommon but documented feature. Is this a thing?

Thick membrane Unusual morphology

Golgi apparatus alongside mitochondria, cisternae, microvesicles, and vacuoles near a soma — Golgi Apparatus and Organelles

Golgi apparatus visible alongside mitochondria, cisternae, microvesicles, and vacuoles near a soma. Cell membrane border clearly delineated.

Golgi apparatus Organelles

Close-up view of Golgi apparatus showing stacked cisternae and associated vesicles — Golgi Apparatus (Detail)

Close-up view of Golgi apparatus showing stacked cisternae and associated vesicles within the cytoplasm.

Golgi apparatus Ultrastructure

Large heavily stained membrane whorls alongside Golgi apparatus and various organelles — Membrane Whorls and Golgi Apparatus

Large, heavily stained membrane whorls alongside Golgi apparatus and various organelles within or near a cell body.

Membrane whorls Golgi apparatus

Heavily stained organelles including mitochondria clustered near a soma — Dense Organelle Cluster Near Soma

Heavily stained organelles including mitochondria clustered near a soma. Note the high electron density contrasting with surrounding cytoplasm.

Organelles Mitochondria

Concentric membrane whorl forming a spiral pattern within the neuropil — Membrane Whorl

Concentric membrane whorl forming a spiral pattern. These lamellar structures are occasionally encountered and may represent myelin figures or autophagic bodies.

Membrane whorl Lamellar body

High-magnification view of concentric membrane spirals with fingerprint-like pattern — Membrane Spirals (Close-up)

High-magnification view of concentric membrane spirals. The tightly wound lamellae create a distinctive fingerprint-like pattern.

Membrane spirals Ultrastructure

Isolated cluster of mitochondria and heavily stained myelin-like material disconnected from a parent structure — Orphan Mitochondria Cluster

Isolated cluster of mitochondria and heavily stained myelin-like material. Appears to be an orphan object disconnected from a parent structure.

Mitochondria cluster Orphan object

Orphan mitochondria cluster shown with surrounding neuropil and dataset coordinate context — Orphan Mitochondria Cluster (With Context)

Same orphan cluster shown with surrounding neuropil, dataset coordinates, and layer information for reference.

Mitochondria cluster Dataset context

Multiple organelles with abnormally heavy staining producing high-contrast electron-dense profiles — Heavily Stained Dark Organelles

Multiple organelles with abnormally heavy staining producing high-contrast, electron-dense profiles. Green horizontal line is a monitor capture artifact. Not sure where that comes from, hmm.

Heavy staining Organelles

Dense heavily stained structure of uncertain identity, possibly an organelle or localized section artifact — Unidentified Dense Body

Dense, heavily stained structure of uncertain identity — possibly an organelle or a localized section artifact. Differential diagnosis is challenging at this magnification.

Uncertain structure Investigation needed

Cluster of lipid droplets appearing as electron-dense spherical inclusions near cell bodies — Lipid Droplets

Cluster of lipid droplets (fat globules) appearing as electron-dense spherical inclusions. Commonly found near cell bodies.

Lipid droplets Inclusions

Heavily stained structure with irregular contrast and a small tear visible within — Staining Anomaly with Micro Tear

Heavily stained structure with irregular contrast and a small tear visible within a strange organelle. Combines staining artifact with minor physical damage.

Staining anomaly Micro tear

Bundle of neurites sectioned in the parallel plane showing uniform elongated profiles — Parallel Axon Bundle

Bundle of neurites sectioned in the parallel plane, probably axonal. Note the uniform elongated profiles and consistent diameter.

Axon bundle Parallel section

Physical damage to the tissue section visible as a dark linear disruption with green annotation arrows — Section Damage

Physical damage to the tissue section visible as a dark linear disruption. Green arrows indicate affected regions. Do not annotate across damaged areas.

Section damage Preparation artifact

Gap in tissue where a slice is absent creating a black void region — Missing Section

Gap in tissue where a slice is absent, creating a void (black region). Green arrows point to the boundary. Data is unrecoverable in these areas.

Missing section Data loss

Localized membrane blowout where tissue has ruptured outward creating a washed-out void — Membrane Blowout

Localized membrane blowout where tissue has ruptured outward, creating a washed-out void. Green outline marks the affected boundary.

Blowout Sectioning artifact

Tissue compression artifact where the section was pinched during preparation — Section Pinch

Tissue compression artifact where the section was pinched during preparation, creating artificial convergence of structures.

Pinch Compression artifact

Stretching artifact showing tissue pulled along one axis with green arrows indicating direction — Section Stretch

Stretching artifact showing tissue pulled along one axis. Green arrows indicate the direction of distortion. Structures appear elongated and thinned.

Stretch Distortion

Linear tear through the tissue section creating a clean void with green arrows marking boundaries — Section Tear

Linear tear through the tissue section creating a clean void. Green arrows mark the tear boundaries. Do not trace structures across the gap.

Tear Section damage

Tear occurring within the embedding resin showing clean break edges characteristic of resin fracture — Resin Tear

Tear occurring within the embedding resin rather than the tissue itself. Shows clean break edges characteristic of resin fracture.

Resin tear Embedding artifact

Zoomed-out view of central brain region showing prominent section folds as dark diagonal lines — Section Folds (Overview)

Zoomed-out view of the central brain region showing prominent section folds crossing the tissue. Dark diagonal lines are folded-over tissue creating doubled layers.

Folds Central brain

Zoomed-out view showing section folds accompanied by wavy faded rippling patterns — Folds with Rippling

Zoomed-out view showing section folds accompanied by wavy, faded rippling patterns. Tissue appears distorted across a large area.

Folds Rippling

Extreme folding artifact with multiple overlapping fold layers creating near-total data loss — Severe Section Folds

Extreme folding artifact with multiple overlapping fold layers creating near-total data loss in affected regions.

Severe folds Major artifact

Uneven heavy metal staining producing localized dark deposits obscuring ultrastructure — Staining Artifact

Uneven heavy metal staining producing localized dark deposits that obscure underlying ultrastructure.

Staining Imaging artifact

Irregular dark splotching at section boundaries from staining contamination or resin pooling — Splotch Artifact

Irregular dark splotching at section boundaries, likely from staining contamination or resin pooling during preparation.

Splotching Preparation artifact

Multiple artifacts in one region including uneven staining, tissue fold, and scattered lipid droplets — Combined Defects: Staining, Fold, Lipid Droplets

Multiple artifacts in one region: uneven staining, tissue fold (dark diagonal band), and scattered lipid droplets (fat globules).

Combined defects Staining

Scattered lipid droplets appearing as dark spherical inclusions with green arrows highlighting individual droplets — Lipid Droplets (Section Artifact)

Scattered lipid droplets (fat globules) appearing as dark spherical inclusions. Green arrows highlight individual droplets. Can be confused with biological structures.

Lipid droplets Potential confusion

Central chiasm region exhibiting multiple simultaneous defects including large distortions and torn tissue — Multiple Section Errors (Central Chiasm)

Central chiasm region exhibiting multiple simultaneous defects: large tissue distortions, folds, and torn areas. Severely compromised data integrity.

Multi-error Torn tissue

Zoomed-out view showing branching cracks propagating across the section in a lightning-like pattern — Section Cracks (aka Lightning™)

Zoomed-out view showing branching cracks propagating across the section. Nicknamed “lightning” for their characteristic branching pattern.

Cracks Section damage

Panoramic view showing convergence of folds, cracks, pinch artifacts, and a missing section in one region — Multiple Section Errors (Overview)

Panoramic view showing a convergence of defect types: folds, cracks, pinch artifacts, and a missing section — all in one region.

Multi-error Overview

FAFB 2019

FlyWire

Full Adult Fly Brain dataset. Primary source for Drosophila connectomics research.

T-bar synapse showing characteristic platform structure with dense body and vesicle cloud — T-bar Synapse

Classic T-bar morphology with platform structure, dense body visible in cross-section.

Presynaptic Training example

Elongated T-bar synapse with extended platform, viewed in cross-section — Elongated T-bar

Extended platform variant. Note the longer horizontal extent compared to standard T-bars.

Variant morphology Training example

Three T-bar synapses in close proximity showing smudge-like appearance — Multiple T-bars (Smudge)

Clustered synapses appearing as smudge-like shapes. Common in regions of high synaptic density.

Multiple synapses Dense region

Reference Materials

Training

Protocol reference images and training materials from expert annotators.

Protocol reference showing edge cases — GT Protocol Reference 6

Ambiguous cases and decision criteria for edge cases.

Tommy Macrina Aug 2025

WebKnossos task panel for mec_cutout_0_upsampled: segment all cells, myelin as a separate object without padding, attend to invaginations, do not oversegment mitochondria, leave extracellular space unsegmented — GT Task Description (MEC cutout)

WebKnossos task panel for the mec_cutout_0_upsampled volume. Instructions: segment all cells; segment myelin as a separate object without padding between the myelin and neighboring objects; pay special attention to invaginations or invagination-like structures; do NOT oversegment mitochondria; leave extracellular space unsegmented.

Task description MEC cutout

WebKnossos AI segmentation settings panel showing prediction depth, confidence threshold, direction, and extra condition controls — WebKnossos AI Segmentation Panel

AI-assisted segmentation settings in WebKnossos: prediction depth, confidence threshold, direction (forward/backward), and extra condition (none/points/mask).

WebKnossos AI Segmentation tool

Cell Segmentation Visual Glossary

82 figures

Visual reference for hand-painting cell segmentations — myelin padding, membranes, glia, mitochondria, synapses, and common imaging defects. Source: Cell Segmentation Visual Glossary v1.0 (Selden Koolman).

A reference figure from the Cell Segmentation Visual Glossary illustrating a hand-painting segmentation rule or example (myelin, membrane, glia, mitochondria, or an imaging defect). — Visual Glossary — fig 1

A reference figure from the Cell Segmentation Visual Glossary illustrating a hand-painting segmentation rule or example (myelin, membrane, glia, mitochondria, or an imaging defect).

Visual Glossary v1.0 (Selden Koolman)

A reference figure from the Cell Segmentation Visual Glossary illustrating a hand-painting segmentation rule or example (myelin, membrane, glia, mitochondria, or an imaging defect). — Visual Glossary — fig 2

A reference figure from the Cell Segmentation Visual Glossary illustrating a hand-painting segmentation rule or example (myelin, membrane, glia, mitochondria, or an imaging defect).

Visual Glossary v1.0 (Selden Koolman)

A reference figure from the Cell Segmentation Visual Glossary illustrating a hand-painting segmentation rule or example (myelin, membrane, glia, mitochondria, or an imaging defect). — Visual Glossary — fig 3

A reference figure from the Cell Segmentation Visual Glossary illustrating a hand-painting segmentation rule or example (myelin, membrane, glia, mitochondria, or an imaging defect).

Visual Glossary v1.0 (Selden Koolman)

A reference figure from the Cell Segmentation Visual Glossary illustrating a hand-painting segmentation rule or example (myelin, membrane, glia, mitochondria, or an imaging defect). — Visual Glossary — fig 4

A reference figure from the Cell Segmentation Visual Glossary illustrating a hand-painting segmentation rule or example (myelin, membrane, glia, mitochondria, or an imaging defect).

Visual Glossary v1.0 (Selden Koolman)

High-resolution EM cross-section of a myelinated axon showing the folds between the outer and inner tongues of the myelin sheath and the surrounding glia — a reference for how to pad segmentation around myelin. — Myelin sheath folds (EM)

High-resolution EM cross-section of a myelinated axon showing the folds between the outer and inner tongues of the myelin sheath and the surrounding glia — a reference for how to pad segmentation around myelin.

Visual Glossary v1.0 (Selden Koolman)

An ambiguous region — likely a fat globule or membrane swirl — where one segment sits inside another with no clear border between them, illustrating two distinct segments that are easy to mistake for one. — Fat globule / membrane swirl

An ambiguous region — likely a fat globule or membrane swirl — where one segment sits inside another with no clear border between them, illustrating two distinct segments that are easy to mistake for one.

Visual Glossary v1.0 (Selden Koolman)

A reference figure from the Cell Segmentation Visual Glossary illustrating a hand-painting segmentation rule or example (myelin, membrane, glia, mitochondria, or an imaging defect). — Visual Glossary — fig 7

A reference figure from the Cell Segmentation Visual Glossary illustrating a hand-painting segmentation rule or example (myelin, membrane, glia, mitochondria, or an imaging defect).

Visual Glossary v1.0 (Selden Koolman)

A submitted example asking how to handle the region circled in yellow — a borderline call for where one segment ends and another begins. — Segmentation question (yellow circle)

A submitted example asking how to handle the region circled in yellow — a borderline call for where one segment ends and another begins.

Visual Glossary v1.0 (Selden Koolman)

A submitted example asking how to handle the region circled in light purple — another ambiguous segmentation boundary. — Segmentation question (purple circle)

A submitted example asking how to handle the region circled in light purple — another ambiguous segmentation boundary.

Visual Glossary v1.0 (Selden Koolman)

A likely fat globule or imaging artifact that can be mistaken for cellular structure during voxel painting. — Possible fat globule artifact

A likely fat globule or imaging artifact that can be mistaken for cellular structure during voxel painting.

Visual Glossary v1.0 (Selden Koolman)

A fat globule or imaging artifact — a reminder that not every dark blob is a segmentable structure. — Possible fat globule artifact

A fat globule or imaging artifact — a reminder that not every dark blob is a segmentable structure.

Visual Glossary v1.0 (Selden Koolman)

Another fat globule or imaging artifact shown for comparison. — Possible fat globule artifact

Another fat globule or imaging artifact shown for comparison.

Visual Glossary v1.0 (Selden Koolman)

A reference figure from the Cell Segmentation Visual Glossary illustrating a hand-painting segmentation rule or example (myelin, membrane, glia, mitochondria, or an imaging defect). — Visual Glossary — fig 13

A reference figure from the Cell Segmentation Visual Glossary illustrating a hand-painting segmentation rule or example (myelin, membrane, glia, mitochondria, or an imaging defect).

Visual Glossary v1.0 (Selden Koolman)

A reference figure from the Cell Segmentation Visual Glossary illustrating a hand-painting segmentation rule or example (myelin, membrane, glia, mitochondria, or an imaging defect). — Visual Glossary — fig 14

A reference figure from the Cell Segmentation Visual Glossary illustrating a hand-painting segmentation rule or example (myelin, membrane, glia, mitochondria, or an imaging defect).

Visual Glossary v1.0 (Selden Koolman)

A reference figure from the Cell Segmentation Visual Glossary illustrating a hand-painting segmentation rule or example (myelin, membrane, glia, mitochondria, or an imaging defect). — Visual Glossary — fig 15

A reference figure from the Cell Segmentation Visual Glossary illustrating a hand-painting segmentation rule or example (myelin, membrane, glia, mitochondria, or an imaging defect).

Visual Glossary v1.0 (Selden Koolman)

A 3D segmentation of a long, thin axon backbone rendered in Neuroglancer. — Long thin axon (3D)

A 3D segmentation of a long, thin axon backbone rendered in Neuroglancer.

Visual Glossary v1.0 (Selden Koolman)

A perpendicular-plane cut through an axonal bundle, showing many axons in cross-section. — Axon bundle cross-section

A perpendicular-plane cut through an axonal bundle, showing many axons in cross-section.

Visual Glossary v1.0 (Selden Koolman)

An axonal bouton highlighted in a 2D EM slice. — Axon bouton (2D)

An axonal bouton highlighted in a 2D EM slice.

Visual Glossary v1.0 (Selden Koolman)

A 3D render of an axonal neurite carrying a bouton. — Axon bouton neurite (3D)

A 3D render of an axonal neurite carrying a bouton.

Visual Glossary v1.0 (Selden Koolman)

An example synapse between an axon and the backbone of another cell — presumably a dendrite, and possibly an inhibitory synapse onto the shaft. — Axon–dendrite synapse

An example synapse between an axon and the backbone of another cell — presumably a dendrite, and possibly an inhibitory synapse onto the shaft.

Visual Glossary v1.0 (Selden Koolman)

A myelinated axon surrounded by other axonal boutons. — Myelinated axon among boutons

A myelinated axon surrounded by other axonal boutons.

Visual Glossary v1.0 (Selden Koolman)

Two myelin-wrapped axons captured in the same field — one cut in the parallel plane and one in the perpendicular plane. — Myelinated axons, two cut planes

Two myelin-wrapped axons captured in the same field — one cut in the parallel plane and one in the perpendicular plane.

Visual Glossary v1.0 (Selden Koolman)

An annotated EM image of a synapse, with the vesicle cluster and presynaptic axon labelled. — Annotated synapse (vesicles + axon)

An annotated EM image of a synapse, with the vesicle cluster and presynaptic axon labelled.

Visual Glossary v1.0 (Selden Koolman)

An annotated EM image pointing out the vesicles and axon at a synaptic site. — Annotated synapse site

An annotated EM image pointing out the vesicles and axon at a synaptic site.

Visual Glossary v1.0 (Selden Koolman)

Another annotated synaptic site with the vesicles and axon called out. — Annotated synapse site

Another annotated synaptic site with the vesicles and axon called out.

Visual Glossary v1.0 (Selden Koolman)

A 3D mesh of part of a cell in Neuroglancer, centred on the backbone where an axon-like branch splits off. — Branch point (3D mesh)

A 3D mesh of part of a cell in Neuroglancer, centred on the backbone where an axon-like branch splits off.

Visual Glossary v1.0 (Selden Koolman)

A large slice through a cell's backbone showing microtubules along with ER and lysosomes or mitochondria. — Backbone with organelles

A large slice through a cell's backbone showing microtubules along with ER and lysosomes or mitochondria.

Visual Glossary v1.0 (Selden Koolman)

The tips of an axonal branch showing a chain of boutons, alongside a branch with none — likely flagging a spot that needs more proofreading. — Bouton chain at branch tips

The tips of an axonal branch showing a chain of boutons, alongside a branch with none — likely flagging a spot that needs more proofreading.

Visual Glossary v1.0 (Selden Koolman)

An EM view of a neurite enclosed within a glial cell, illustrating how a neurite can end where it was being broken down during imaging — likely autophagy. — Neurite inside glia (autophagy)

An EM view of a neurite enclosed within a glial cell, illustrating how a neurite can end where it was being broken down during imaging — likely autophagy.

Visual Glossary v1.0 (Selden Koolman)

A slender, probably axonal neuronal branch rendered in 3D. — Slender axonal branch (3D)

A slender, probably axonal neuronal branch rendered in 3D.

Visual Glossary v1.0 (Selden Koolman)

A neuron shown side by side in 2D and 3D, with a perpendicular-plane view of one of its small branches. — Small branch, 2D + 3D

A neuron shown side by side in 2D and 3D, with a perpendicular-plane view of one of its small branches.

Visual Glossary v1.0 (Selden Koolman)

A branch split point shown in 2D and 3D side by side, possibly marking where the axon hillock sits. — Branch split / axon hillock

A branch split point shown in 2D and 3D side by side, possibly marking where the axon hillock sits.

Visual Glossary v1.0 (Selden Koolman)

An EM field with yellow circles highlighting several synaptic areas. — Synapse sites (yellow circles)

An EM field with yellow circles highlighting several synaptic areas.

Visual Glossary v1.0 (Selden Koolman)

An EM field with blue arrows pointing to synapses that have large postsynaptic densities. — Synapses with large PSDs

An EM field with blue arrows pointing to synapses that have large postsynaptic densities.

Visual Glossary v1.0 (Selden Koolman)

An annotated image showing a dendrite, an axon, and the point where they synapse. — Annotated axon–dendrite synapse

An annotated image showing a dendrite, an axon, and the point where they synapse.

Visual Glossary v1.0 (Selden Koolman)

Another annotated axon-to-dendrite synapse with the partners labelled. — Annotated axon–dendrite synapse

Another annotated axon-to-dendrite synapse with the partners labelled.

Visual Glossary v1.0 (Selden Koolman)

A 3D view of a dendritic spine head synapsing onto the backbone of an axon. — Spine head onto axon (3D)

A 3D view of a dendritic spine head synapsing onto the backbone of an axon.

Visual Glossary v1.0 (Selden Koolman)

A 2D EM slice with the synapsing axon and dendrite picked out by segmentation overlay. — Axon–dendrite synapse (2D, overlay)

A 2D EM slice with the synapsing axon and dendrite picked out by segmentation overlay.

Visual Glossary v1.0 (Selden Koolman)

Another 2D slice with the synapsing axon and dendrite highlighted. — Axon–dendrite synapse (2D, overlay)

Another 2D slice with the synapsing axon and dendrite highlighted.

Visual Glossary v1.0 (Selden Koolman)

A 2D synapse between an axon and dendrite shown on raw EM with no segmentation overlay. — Axon–dendrite synapse (raw EM)

A 2D synapse between an axon and dendrite shown on raw EM with no segmentation overlay.

Visual Glossary v1.0 (Selden Koolman)

A 2D EM view of an axon and dendrite synapsing. — Axon–dendrite synapse (2D)

A 2D EM view of an axon and dendrite synapsing.

Visual Glossary v1.0 (Selden Koolman)

A parallel-plane synapse between axon and dendrite, showing the characteristic 'smudge' that forms where the synaptic gap runs in-plane with the cut. — Parallel-plane synapse smudge

A parallel-plane synapse between axon and dendrite, showing the characteristic 'smudge' that forms where the synaptic gap runs in-plane with the cut.

Visual Glossary v1.0 (Selden Koolman)

A parallel-plane axon–dendrite synapse with segmentation overlay. — Parallel-plane synapse (overlay)

A parallel-plane axon–dendrite synapse with segmentation overlay.

Visual Glossary v1.0 (Selden Koolman)

A 3D render of an axon and dendrite synapsing. — Axon–dendrite synapse (3D)

A 3D render of an axon and dendrite synapsing.

Visual Glossary v1.0 (Selden Koolman)

A 2D axon–dendrite synapse with a pink arrow pointing at the synaptic gap and postsynaptic density. — Synaptic gap / PSD (pink arrow)

A 2D axon–dendrite synapse with a pink arrow pointing at the synaptic gap and postsynaptic density.

Visual Glossary v1.0 (Selden Koolman)

Another 2D synapse with a pink arrow marking the synaptic gap and PSD. — Synaptic gap / PSD (pink arrow)

Another 2D synapse with a pink arrow marking the synaptic gap and PSD.

Visual Glossary v1.0 (Selden Koolman)

A small bounding box highlighting a single synapse. — Synapse (bounding box)

A small bounding box highlighting a single synapse.

Visual Glossary v1.0 (Selden Koolman)

Another bounding-box highlight around a synapse. — Synapse (bounding box)

Another bounding-box highlight around a synapse.

Visual Glossary v1.0 (Selden Koolman)

An annotated 2D EM image of a highlighted segment where the annotator was unsure whether a synapse was present. — Uncertain synapse (annotated)

An annotated 2D EM image of a highlighted segment where the annotator was unsure whether a synapse was present.

Visual Glossary v1.0 (Selden Koolman)

A 2D synapse with the axon highlighted and orange arrows pointing to the features that confirm it — vesicles, PSD, and so on. — Synapse indicators (orange arrows)

A 2D synapse with the axon highlighted and orange arrows pointing to the features that confirm it — vesicles, PSD, and so on.

Visual Glossary v1.0 (Selden Koolman)

A clean, high-quality EM image of a neuronal soma. — Neuronal soma (EM)

A clean, high-quality EM image of a neuronal soma.

Visual Glossary v1.0 (Selden Koolman)

A zoomed-in view of the organelles inside a soma. — Soma organelles (zoom)

A zoomed-in view of the organelles inside a soma.

Visual Glossary v1.0 (Selden Koolman)

Another zoomed-in view of soma organelles. — Soma organelles (zoom)

Another zoomed-in view of soma organelles.

Visual Glossary v1.0 (Selden Koolman)

A soma shown side by side in 2D EM and 3D. — Soma, 2D + 3D

A soma shown side by side in 2D EM and 3D.

Visual Glossary v1.0 (Selden Koolman)

A textbook-style reference plate describing cell morphology, annotating 3D renders for many of the glossary's terms. — Morphology reference plate

A textbook-style reference plate describing cell morphology, annotating 3D renders for many of the glossary's terms.

Visual Glossary v1.0 (Selden Koolman)

A large neuronal soma. — Large soma

A large neuronal soma.

Visual Glossary v1.0 (Selden Koolman)

A field containing many somas. — Many somas

A field containing many somas.

Visual Glossary v1.0 (Selden Koolman)

A glial cell shown side by side in 2D and 3D. — Glia, 2D + 3D

A glial cell shown side by side in 2D and 3D.

Visual Glossary v1.0 (Selden Koolman)

A glial cell rendered in 3D. — Glia (3D)

A glial cell rendered in 3D.

Visual Glossary v1.0 (Selden Koolman)

A large mass of glia in 3D — possibly a merger of several glial cells. — Glia, possible merger (3D)

A large mass of glia in 3D — possibly a merger of several glial cells.

Visual Glossary v1.0 (Selden Koolman)

A large glia merger. — Large glia merger

A large glia merger.

Visual Glossary v1.0 (Selden Koolman)

A glial cell traced with a dotted outline in 2D. — Glia outline (2D)

A glial cell traced with a dotted outline in 2D.

Visual Glossary v1.0 (Selden Koolman)

An annotated EM image of glial cells. — Annotated glia

An annotated EM image of glial cells.

Visual Glossary v1.0 (Selden Koolman)

Another glial cell traced with a dotted outline in 2D. — Glia outline (2D)

Another glial cell traced with a dotted outline in 2D.

Visual Glossary v1.0 (Selden Koolman)

A large EM collage of a single glial cell viewed from several angles. — Glia from multiple angles

A large EM collage of a single glial cell viewed from several angles.

Visual Glossary v1.0 (Selden Koolman)

A collage of synapses with the glia highlighted in some frames — a quick reference for spotting glia at a glance. — Synapses + glia reference

A collage of synapses with the glia highlighted in some frames — a quick reference for spotting glia at a glance.

Visual Glossary v1.0 (Selden Koolman)

The same EM view shown twice, side by side, with the glia highlighted in one and not the other. — Glia highlight comparison

The same EM view shown twice, side by side, with the glia highlighted in one and not the other.

Visual Glossary v1.0 (Selden Koolman)

A 2D-and-3D pair showing the layers of membrane glia form when folded into one another. — Folded glial membranes

A 2D-and-3D pair showing the layers of membrane glia form when folded into one another.

Visual Glossary v1.0 (Selden Koolman)

A high-definition 2D cross-cut of a myelinated neuron. — Myelinated axon cross-cut (HD)

A high-definition 2D cross-cut of a myelinated neuron.

Visual Glossary v1.0 (Selden Koolman)

A 2D cross-cut of a myelinated neuron. — Myelinated axon cross-cut

A 2D cross-cut of a myelinated neuron.

Visual Glossary v1.0 (Selden Koolman)

Another high-definition 2D cross-cut of a myelinated neuron. — Myelinated axon cross-cut (HD)

Another high-definition 2D cross-cut of a myelinated neuron.

Visual Glossary v1.0 (Selden Koolman)

A large EM image of a blood vessel. — Blood vessel

A large EM image of a blood vessel.

Visual Glossary v1.0 (Selden Koolman)

Another large EM image of a blood vessel. — Blood vessel

Another large EM image of a blood vessel.

Visual Glossary v1.0 (Selden Koolman)

A 2D view of what appears to be a glial soma containing a very densely stained organelle. — Glial soma + dense organelle

A 2D view of what appears to be a glial soma containing a very densely stained organelle.

Visual Glossary v1.0 (Selden Koolman)

A membrane swirl. — Membrane swirl

A membrane swirl.

Visual Glossary v1.0 (Selden Koolman)

A membrane swirl or imaging error, possibly involving a fat globule. — Membrane swirl / artifact

A membrane swirl or imaging error, possibly involving a fat globule.

Visual Glossary v1.0 (Selden Koolman)

Three mitochondria shown together in cross-section — a clean reference for mitochondrial membrane texture and staining. — Three mitochondria

Three mitochondria shown together in cross-section — a clean reference for mitochondrial membrane texture and staining.

Visual Glossary v1.0 (Selden Koolman)

A mitochondrion captured in the parallel plane. — Mitochondrion (parallel cut)

A mitochondrion captured in the parallel plane.

Visual Glossary v1.0 (Selden Koolman)

A mitochondrion captured in the perpendicular plane. — Mitochondrion (perpendicular cut)

A mitochondrion captured in the perpendicular plane.

Visual Glossary v1.0 (Selden Koolman)

More mitochondria shown for reference. — Mitochondria

More mitochondria shown for reference.

Visual Glossary v1.0 (Selden Koolman)

A field of arrows pointing to several mitochondria, used as a training aid for spotting them. — Mitochondria (arrow field)

A field of arrows pointing to several mitochondria, used as a training aid for spotting them.

Visual Glossary v1.0 (Selden Koolman)

Red circles highlight a questionable dark-spot pattern inside a myelinated axon — likely imaging errors caused by fat globules. — Dark spots in myelinated axon

Red circles highlight a questionable dark-spot pattern inside a myelinated axon — likely imaging errors caused by fat globules.

Visual Glossary v1.0 (Selden Koolman)

Optic Lobe Cell Name Guide

58 figures

Naming reference for Drosophila optic-lobe cell types, with Fischbach atlas plates, light microscopy, and 3D examples (Dm, Tm, TmY, LC, Y types). Source: Optic Lobe Cell Name Guide (Amy Robinson).

An illustrated cartoon fly opening the Optic Lobe Cell Name Guide. — Title fly cartoon

An illustrated cartoon fly opening the Optic Lobe Cell Name Guide.

OL Cell Name Guide (Amy Robinson)

A screenshot of the lightbulb menu's drop-down list of options. — Lightbulb menu options

A screenshot of the lightbulb menu's drop-down list of options.

OL Cell Name Guide (Amy Robinson)

A collage of the canonical optic-lobe cell types reproduced from the Fischbach reference, used as a visual naming key. — Fischbach cell-type collage

A collage of the canonical optic-lobe cell types reproduced from the Fischbach reference, used as a visual naming key.

OL Cell Name Guide (Amy Robinson)

A collage of 3D neuropil renders labelled with cell names, showing where each cell type sits. — 3D neuropil + cell names

A collage of 3D neuropil renders labelled with cell names, showing where each cell type sits.

OL Cell Name Guide (Amy Robinson)

A side view of the medulla and lamina illustrating the region's layered structure and the tightly stratified layers individual cell types occupy. — Medulla / lamina layering

A side view of the medulla and lamina illustrating the region's layered structure and the tightly stratified layers individual cell types occupy.

OL Cell Name Guide (Amy Robinson)

Dm cells shown together, illustrating their structural variations and the lattice-like patterns they form across the medulla. — Dm cell lattice patterns

Dm cells shown together, illustrating their structural variations and the lattice-like patterns they form across the medulla.

OL Cell Name Guide (Amy Robinson)

A large panel of 3D examples spanning the different Dm cell types. — Dm type examples (3D)

A large panel of 3D examples spanning the different Dm cell types.

OL Cell Name Guide (Amy Robinson)

A Fischbach plate showing the layers of the medulla and the photoreceptor cells. — Medulla layers + photoreceptors

A Fischbach plate showing the layers of the medulla and the photoreceptor cells.

OL Cell Name Guide (Amy Robinson)

A Fischbach plate showing medulla-intrinsic, trans-lobula-plate, and lobula-intrinsic cells. — Mi / TmY / Li cells (Fischbach)

A Fischbach plate showing medulla-intrinsic, trans-lobula-plate, and lobula-intrinsic cells.

OL Cell Name Guide (Amy Robinson)

A Fischbach plate showing Mawf1, Lawf2, and Lai cells and where they innervate. — Lawf / Lai cells (Fischbach)

A Fischbach plate showing Mawf1, Lawf2, and Lai cells and where they innervate.

OL Cell Name Guide (Amy Robinson)

A Fischbach plate showing Dm cells along with Pm, Lcn, Lt, and TLp cells. — Dm / Pm / Lcn cells (Fischbach)

A Fischbach plate showing Dm cells along with Pm, Lcn, Lt, and TLp cells.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A light-microscopy image showing the various layers and the neurons that innervate at specific layers. — Layer innervation (light micro.)

A light-microscopy image showing the various layers and the neurons that innervate at specific layers.

OL Cell Name Guide (Amy Robinson)

3D renders illustrating the small differences between the Tm5 subtypes. — Tm5 subtypes (3D)

3D renders illustrating the small differences between the Tm5 subtypes.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A complete Tm neuron rendered in 3D. — Whole Tm neuron (3D)

A complete Tm neuron rendered in 3D.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

TmY14 shown side by side with a possible subtype. — TmY14 + subtype

TmY14 shown side by side with a possible subtype.

OL Cell Name Guide (Amy Robinson)

A cartoon showing how a TmY subtype can vary by where it innervates. — TmY innervation variation

A cartoon showing how a TmY subtype can vary by where it innervates.

OL Cell Name Guide (Amy Robinson)

A render of the TmY14 cell. — TmY14

A render of the TmY14 cell.

OL Cell Name Guide (Amy Robinson)

A render of the TmY15 cell. — TmY15

A render of the TmY15 cell.

OL Cell Name Guide (Amy Robinson)

Another render of the TmY15 cell. — TmY15

Another render of the TmY15 cell.

OL Cell Name Guide (Amy Robinson)

A render of the TmY16 cell. — TmY16

A render of the TmY16 cell.

OL Cell Name Guide (Amy Robinson)

A render of the TmY18 cell. — TmY18

A render of the TmY18 cell.

OL Cell Name Guide (Amy Robinson)

A panel showing a variety of TmY cells together. — TmY cell variety

A panel showing a variety of TmY cells together.

OL Cell Name Guide (Amy Robinson)

A render of the TmY20 cell. — TmY20

A render of the TmY20 cell.

OL Cell Name Guide (Amy Robinson)

Light-microscopy images of Tm cells. — Tm cells (light micro.)

Light-microscopy images of Tm cells.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A light-microscopy image of the Y11 cell. — Y11 (light micro.)

A light-microscopy image of the Y11 cell.

OL Cell Name Guide (Amy Robinson)

A light-microscopy image of the Y12 cell. — Y12 (light micro.)

A light-microscopy image of the Y12 cell.

OL Cell Name Guide (Amy Robinson)

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types. — OL Cell Name Guide — fig 39

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types.

OL Cell Name Guide (Amy Robinson) reference figure

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A Fischbach plate showing the variety of LC (lobula columnar) cells. — LC cell variety (Fischbach)

A Fischbach plate showing the variety of LC (lobula columnar) cells.

OL Cell Name Guide (Amy Robinson)

A Fischbach plate showing Mt cells. — Mt cells (Fischbach)

A Fischbach plate showing Mt cells.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types. — Fischbach reference plate

A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.

OL Cell Name Guide (Amy Robinson)

A figure showing LC (lobula columnar) and LT (lobula tangential) cells. — LC + LT cells

A figure showing LC (lobula columnar) and LT (lobula tangential) cells.

OL Cell Name Guide (Amy Robinson)

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types. — OL Cell Name Guide — fig 49

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types.

OL Cell Name Guide (Amy Robinson) reference figure

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types. — OL Cell Name Guide — fig 50

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types.

OL Cell Name Guide (Amy Robinson) reference figure

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types. — OL Cell Name Guide — fig 51

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types.

OL Cell Name Guide (Amy Robinson) reference figure

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types. — OL Cell Name Guide — fig 52

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types.

OL Cell Name Guide (Amy Robinson) reference figure

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types. — OL Cell Name Guide — fig 53

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types.

OL Cell Name Guide (Amy Robinson) reference figure

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types. — OL Cell Name Guide — fig 54

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types.

OL Cell Name Guide (Amy Robinson) reference figure

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types. — OL Cell Name Guide — fig 55

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types.

OL Cell Name Guide (Amy Robinson) reference figure

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types. — OL Cell Name Guide — fig 56

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types.

OL Cell Name Guide (Amy Robinson) reference figure

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types. — OL Cell Name Guide — fig 57

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types.

OL Cell Name Guide (Amy Robinson) reference figure

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types. — OL Cell Name Guide — fig 58

A reference figure from the Optic Lobe Cell Name Guide for identifying and naming Drosophila optic-lobe cell types.

OL Cell Name Guide (Amy Robinson) reference figure

Fly Synapses

29 figures

EM examples of fly synapses and their indicators — dense vesicle clusters, synaptic clefts, T-bars, and postsynaptic densities. Source: Optional – Fly synapses (FlyWire @ Princeton).

An EM view of a fly synaptic region. — Synaptic region (EM)

An EM view of a fly synaptic region.

Optional – Fly synapses (FlyWire @ Princeton)

Another EM view of a fly synaptic region. — Synaptic region (EM)

Another EM view of a fly synaptic region.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 3

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 4

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 5

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 6

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 7

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 8

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 9

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 10

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

A fly synapse example highlighting dense-core vesicles among the usual indicators (vesicle cluster, cleft, T-bar, PSD). — Dense-core vesicles

A fly synapse example highlighting dense-core vesicles among the usual indicators (vesicle cluster, cleft, T-bar, PSD).

Optional – Fly synapses (FlyWire @ Princeton)

A fly synapse example showing vesicles binding at the release site, alongside the cleft, T-bar, and PSD. — Vesicles binding

A fly synapse example showing vesicles binding at the release site, alongside the cleft, T-bar, and PSD.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 13

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 14

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 15

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 16

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 17

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 18

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 19

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 20

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 21

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 22

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 23

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 24

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 25

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

A fly synapse annotated to show how much to paint for synapse ground-truth — the extent of the vesicle cluster, cleft, T-bar, and PSD. — Synapse GT painting extent

A fly synapse annotated to show how much to paint for synapse ground-truth — the extent of the vesicle cluster, cleft, T-bar, and PSD.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 27

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 28

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density. — Fly Synapse — fig 29

An EM example of a fly synapse showing the key indicators: a dense vesicle cluster, synaptic cleft, T-bar, and postsynaptic density.

Optional – Fly synapses (FlyWire @ Princeton)

FlyWire Cheatsheet

16 figures

Quick-reference pages of FlyWire proofreading keyboard shortcuts and commands. Source: FlyWire Cheatsheet (flywire@princeton).

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface. — FlyWire Cheatsheet — fig 1

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.

FlyWire Cheatsheet

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface. — FlyWire Cheatsheet — fig 2

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.

FlyWire Cheatsheet

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface. — FlyWire Cheatsheet — fig 3

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.

FlyWire Cheatsheet

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface. — FlyWire Cheatsheet — fig 4

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.

FlyWire Cheatsheet

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface. — FlyWire Cheatsheet — fig 5

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.

FlyWire Cheatsheet

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface. — FlyWire Cheatsheet — fig 6

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.

FlyWire Cheatsheet

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface. — FlyWire Cheatsheet — fig 7

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.

FlyWire Cheatsheet

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface. — FlyWire Cheatsheet — fig 8

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.

FlyWire Cheatsheet reference figure

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface. — FlyWire Cheatsheet — fig 9

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.

FlyWire Cheatsheet reference figure

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface. — FlyWire Cheatsheet — fig 10

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.

FlyWire Cheatsheet reference figure

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface. — FlyWire Cheatsheet — fig 11

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.

FlyWire Cheatsheet reference figure

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface. — FlyWire Cheatsheet — fig 12

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.

FlyWire Cheatsheet reference figure

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface. — FlyWire Cheatsheet — fig 13

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.

FlyWire Cheatsheet reference figure

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface. — FlyWire Cheatsheet — fig 14

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.

FlyWire Cheatsheet reference figure

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface. — FlyWire Cheatsheet — fig 15

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.

FlyWire Cheatsheet reference figure

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface. — FlyWire Cheatsheet — fig 16

A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.

FlyWire Cheatsheet

Optic Lobe Cell Diagrams

16 diagrams

Full-resolution Drosophila optic-lobe cell-type morphology renders — Dm, Tm, Mti, SDm, Y, and LPi types. Source: Diagrams – Layers (Kyle Willie).

Morphology render of the Drosophila optic-lobe cell type Dm102b_6. — Dm102b_6

Morphology render of the Drosophila optic-lobe cell type Dm102b_6.

Diagrams – Layers (Kyle Willie)

Morphology render of the Drosophila optic-lobe cell type Dm2a. — Dm2a

Morphology render of the Drosophila optic-lobe cell type Dm2a.

Diagrams – Layers (Kyle Willie)

Morphology render of the Drosophila optic-lobe cell type Dm2b. — Dm2b

Morphology render of the Drosophila optic-lobe cell type Dm2b.

Diagrams – Layers (Kyle Willie)

Morphology render of the Drosophila optic-lobe cell type Dm3p. — Dm3p

Morphology render of the Drosophila optic-lobe cell type Dm3p.

Diagrams – Layers (Kyle Willie)

Morphology render of the Drosophila optic-lobe cell type Dm4. — Dm4

Morphology render of the Drosophila optic-lobe cell type Dm4.

Diagrams – Layers (Kyle Willie)

Morphology render of the Drosophila optic-lobe cell type Dm9. — Dm9

Morphology render of the Drosophila optic-lobe cell type Dm9.

Diagrams – Layers (Kyle Willie)

Morphology render of the Drosophila optic-lobe cell type LPi-T5b-DCH (LPi2-1f). — LPi-T5b-DCH (LPi2-1f)

Morphology render of the Drosophila optic-lobe cell type LPi-T5b-DCH (LPi2-1f).

Diagrams – Layers (Kyle Willie)

Morphology render of the Drosophila optic-lobe cell type Mti123_37 (anterior view). — Mti123_37_anterior

Morphology render of the Drosophila optic-lobe cell type Mti123_37 (anterior view).

Diagrams – Layers (Kyle Willie)

Morphology render of the Drosophila optic-lobe cell type Mti123_37 (side view). — Mti123_37_side

Morphology render of the Drosophila optic-lobe cell type Mti123_37 (side view).

Diagrams – Layers (Kyle Willie)

Morphology render of the Drosophila optic-lobe cell type Mti123_37 (ventral view). — Mti123_37_ventral

Morphology render of the Drosophila optic-lobe cell type Mti123_37 (ventral view).

Diagrams – Layers (Kyle Willie)

Morphology render of the Drosophila optic-lobe cell type Mti123_37. — Mti123_37

Morphology render of the Drosophila optic-lobe cell type Mti123_37.

Diagrams – Layers (Kyle Willie)

Morphology render of the Drosophila optic-lobe cell type Mti124_67. — Mti124_67

Morphology render of the Drosophila optic-lobe cell type Mti124_67.

Diagrams – Layers (Kyle Willie)

Morphology render of the Drosophila optic-lobe cell type SDm100c_67. — SDm100c_67

Morphology render of the Drosophila optic-lobe cell type SDm100c_67.

Diagrams – Layers (Kyle Willie)

Morphology render of the Drosophila optic-lobe cell type SDm103_34567. — SDm103_34567

Morphology render of the Drosophila optic-lobe cell type SDm103_34567.

Diagrams – Layers (Kyle Willie)

Morphology render of the Drosophila optic-lobe cell type Tm8b. — Tm8b

Morphology render of the Drosophila optic-lobe cell type Tm8b.

Diagrams – Layers (Kyle Willie)

Morphology render of the Drosophila optic-lobe cell type Y11. — Y11

Morphology render of the Drosophila optic-lobe cell type Y11.

Diagrams – Layers (Kyle Willie)

Contributions — Funny

From the team

Shapes and faces the team has spotted in the EM — pure connectomics pareidolia.

A segmented neuron whose parallel blade-like processes look uncannily like Wolverine's adamantium claws — a favorite “shapes seen in EM” fin — Wolverine's Claws

A segmented neuron whose parallel blade-like processes look uncannily like Wolverine's adamantium claws — a favorite “shapes seen in EM” find from the tracing team.

Pareidolia EM Contributed by the team

An EM cross-section whose membrane outline reads as a wide-eyed cartoon ghost, from the team's running “faces seen in EM” collection. — The Ghost

An EM cross-section whose membrane outline reads as a wide-eyed cartoon ghost, from the team's running “faces seen in EM” collection.

Pareidolia EM Contributed by the team

Cell profiles that come together into the silhouette of a running dalmatian — more connectomics pareidolia. — Running Dalmatian

Cell profiles that come together into the silhouette of a running dalmatian — more connectomics pareidolia.

Pareidolia EM Contributed by the team

Funny

Eggman

A rounded EM profile the team nicknamed “Eggman” — a lighthearted find from the screenshots pile.

Pareidolia EM Contributed by the team

Funny

Hippo

An EM profile the team saw as a hippo — from the running “faces seen in EM” collection.

Pareidolia EM Contributed by the team

A frosty-looking segment shaped like a thumbs-up. — Icy Thumbs-Up

A frosty-looking segment shaped like a thumbs-up.

Pareidolia EM Contributed by the team

Membrane contours that form a wide-mouthed screaming face. — The Scream

Membrane contours that form a wide-mouthed screaming face.

Pareidolia EM Contributed by the team

Funny

Big-Nosed Animal

An EM profile resembling a big-nosed animal.

Pareidolia EM Contributed by the team

A shape that reads as a teary, crying face. — Crying Face

A shape that reads as a teary, crying face.

Pareidolia EM Contributed by the team

A ghoulish thumbs-up spotted in the EM. — Zombie Thumbs-Up

A ghoulish thumbs-up spotted in the EM.

Pareidolia EM Contributed by the team

A cell whose processes trace out the Big Dipper constellation. — Big Dipper Cell

A cell whose processes trace out the Big Dipper constellation.

Pareidolia EM Contributed by the team

A shape/face spotted in the EM — “Screenshot 2026-05-22 At 4.40.59 Pm”. From the team's running “faces seen in EM” collection. — Screenshot 2026-05-22 At 4.40.59 Pm

A shape/face spotted in the EM — “Screenshot 2026-05-22 At 4.40.59 Pm”. From the team's running “faces seen in EM” collection.

Pareidolia EM Contributed by the team

A shape/face spotted in the EM — “Screenshot 2026-02-25 At 6.49.04 Pm”. From the team's running “faces seen in EM” collection. — Screenshot 2026-02-25 At 6.49.04 Pm

A shape/face spotted in the EM — “Screenshot 2026-02-25 At 6.49.04 Pm”. From the team's running “faces seen in EM” collection.

Pareidolia EM Contributed by the team

A shape/face spotted in the EM — “Screenshot 2026-02-25 At 6.42.43 Pm”. From the team's running “faces seen in EM” collection. — Screenshot 2026-02-25 At 6.42.43 Pm

A shape/face spotted in the EM — “Screenshot 2026-02-25 At 6.42.43 Pm”. From the team's running “faces seen in EM” collection.

Pareidolia EM Contributed by the team

A shape/face spotted in the EM — “Screenshot 2026-02-25 At 6.20.41 Pm”. From the team's running “faces seen in EM” collection. — Screenshot 2026-02-25 At 6.20.41 Pm

A shape/face spotted in the EM — “Screenshot 2026-02-25 At 6.20.41 Pm”. From the team's running “faces seen in EM” collection.

Pareidolia EM Contributed by the team

A shape/face spotted in the EM — “Red Hat”. From the team's running “faces seen in EM” collection. — Red Hat

A shape/face spotted in the EM — “Red Hat”. From the team's running “faces seen in EM” collection.

Pareidolia EM Contributed by the team

Contributions — Training

From the team

Annotated training examples — synapse quality tiers and annotation/QC screenshots.

High-magnification D. virilis EM synapse with a clean pre→post annotation (cyan). A clear presynaptic vesicle cluster and well-defined cleft — Synapse Annotation — Great Example (1)

High-magnification D. virilis EM synapse with a clean pre→post annotation (cyan). A clear presynaptic vesicle cluster and well-defined cleft make this a textbook “great” quality tier for synapse ground truth.

D. virilis Synapse Great tier Contributed by the team

Another crisp, high-clarity D. virilis synapse example at the “great” quality tier — unambiguous vesicle cloud and cleft, cleanly annotated. — Synapse Annotation — Great Example (2)

Another crisp, high-clarity D. virilis synapse example at the “great” quality tier — unambiguous vesicle cloud and cleft, cleanly annotated.

D. virilis Synapse Great tier Contributed by the team

A lower-clarity, grainier D. virilis EM synapse (green annotation to two postsynaptic partners). Representative of the “fair” quality tier w — Synapse Annotation — Fair Example (1)

A lower-clarity, grainier D. virilis EM synapse (green annotation to two postsynaptic partners). Representative of the “fair” quality tier where the synapse is harder to resolve — a useful borderline reference for annotators.

D. virilis Synapse Fair tier Contributed by the team

Another “fair” quality-tier D. virilis synapse in noisier tissue — the sort of marginal call annotators need to recognize and handle consist — Synapse Annotation — Fair Example (2)

Another “fair” quality-tier D. virilis synapse in noisier tissue — the sort of marginal call annotators need to recognize and handle consistently.

D. virilis Synapse Fair tier Contributed by the team

A FlyWire synapse-annotation scene showing the full layer stack an annotator works with: production image, incoming and outgoing synapses, f — Synapse Annotation Layer Stack

A FlyWire synapse-annotation scene showing the full layer stack an annotator works with: production image, incoming and outgoing synapses, false-positive and false-negative flags, duplicate synapses, and T-bars/clefts, over the segmentation-with-graph and a bounding box.

FlyWire Layers Synapse Contributed by the team

A synapse ground-truth QC view: 138 incoming/outgoing synapses detected, with 39 false positives, 54 false negatives, 30 duplicates, and T-b — Synapse QC — FP/FN Counts

A synapse ground-truth QC view: 138 incoming/outgoing synapses detected, with 39 false positives, 54 false negatives, 30 duplicates, and T-bars/clefts marked — the kind of tally used to score detection quality.

QC Synapse Counts Contributed by the team

An example of how synapse labeling sets are organized for annotation. — Synapse Labeling Sets

An example of how synapse labeling sets are organized for annotation.

Synapse Labeling Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (24)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (23)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (22)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (21)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (20)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (19)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (18)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (17)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (16)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (15)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (14)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (13)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (11)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (10)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (9)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (8)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (7)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (6)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (5)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (4)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (3)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize. — Synapse Annotation — Fair Example (2)

D. virilis EM synapse annotated at the “fair” quality tier — a lower-clarity, borderline example annotators should learn to recognize.

D. virilis Synapse Fair tier Contributed by the team

High-magnification D. virilis EM synapse annotated at the “great” quality tier — a clear, well-resolved example for synapse ground truth. — Synapse Annotation — Great Example (10)

High-magnification D. virilis EM synapse annotated at the “great” quality tier — a clear, well-resolved example for synapse ground truth.

D. virilis Synapse Great tier Contributed by the team

High-magnification D. virilis EM synapse annotated at the “great” quality tier — a clear, well-resolved example for synapse ground truth. — Synapse Annotation — Great Example (9)

High-magnification D. virilis EM synapse annotated at the “great” quality tier — a clear, well-resolved example for synapse ground truth.

D. virilis Synapse Great tier Contributed by the team

High-magnification D. virilis EM synapse annotated at the “great” quality tier — a clear, well-resolved example for synapse ground truth. — Synapse Annotation — Great Example (8)

High-magnification D. virilis EM synapse annotated at the “great” quality tier — a clear, well-resolved example for synapse ground truth.

D. virilis Synapse Great tier Contributed by the team

High-magnification D. virilis EM synapse annotated at the “great” quality tier — a clear, well-resolved example for synapse ground truth. — Synapse Annotation — Great Example (6)

High-magnification D. virilis EM synapse annotated at the “great” quality tier — a clear, well-resolved example for synapse ground truth.

D. virilis Synapse Great tier Contributed by the team

High-magnification D. virilis EM synapse annotated at the “great” quality tier — a clear, well-resolved example for synapse ground truth. — Synapse Annotation — Great Example (5)

High-magnification D. virilis EM synapse annotated at the “great” quality tier — a clear, well-resolved example for synapse ground truth.

D. virilis Synapse Great tier Contributed by the team

High-magnification D. virilis EM synapse annotated at the “great” quality tier — a clear, well-resolved example for synapse ground truth. — Synapse Annotation — Great Example (4)

High-magnification D. virilis EM synapse annotated at the “great” quality tier — a clear, well-resolved example for synapse ground truth.

D. virilis Synapse Great tier Contributed by the team

High-magnification D. virilis EM synapse annotated at the “great” quality tier — a clear, well-resolved example for synapse ground truth. — Synapse Annotation — Great Example (3)

High-magnification D. virilis EM synapse annotated at the “great” quality tier — a clear, well-resolved example for synapse ground truth.

D. virilis Synapse Great tier Contributed by the team

High-magnification D. virilis EM synapse annotated at the “great” quality tier — a clear, well-resolved example for synapse ground truth. — Synapse Annotation — Great Example (2)

High-magnification D. virilis EM synapse annotated at the “great” quality tier — a clear, well-resolved example for synapse ground truth.

D. virilis Synapse Great tier Contributed by the team

A synapse-annotation working view shared by the team. — Synapse Annotation Screenshot

A synapse-annotation working view shared by the team.

Synapse Annotation Contributed by the team

Contributions — Figures

From the team

Illustrations and overview figures explaining the work.

How the tracing team splits its effort: Proofreading (35%) toward a correct connectome, Ground Truthing (50%) for AI training, and Annotatio — Tracer Team Workflow Breakdown

How the tracing team splits its effort: Proofreading (35%) toward a correct connectome, Ground Truthing (50%) for AI training, and Annotations (15%) for analysis — with the sub-tasks under each (axons, dendrites, spines, soma, synapses, mitochondria, myelin, glia, blood vessels, cell types).

Overview Workflow Contributed by the team

A whole-brain “mega” cell-type illustration with a corrected color key — a big-picture reference showing many cell types laid out together. — Whole-Brain Cell-Type Illustration

A whole-brain “mega” cell-type illustration with a corrected color key — a big-picture reference showing many cell types laid out together.

Whole brain Cell types Contributed by the team

Cell Types: EM vs Light Microscopy

Austin

Fly cell types shown as EM reconstructions beside their light-microscopy references, used to confirm identity across modalities.

Side-by-side comparison of the aIP5 cell type reconstructed from EM against a light-microscopy reference, used to confirm cell-type identity — aIP5 — EM vs Light Microscopy

Side-by-side comparison of the aIP5 cell type reconstructed from EM against a light-microscopy reference, used to confirm cell-type identity across imaging modalities.

Cell typing LM vs EM Contributed by the team

The aSP8 cell type matched between its EM reconstruction and a light-microscopy image — part of the fru/dsx cell-typing comparison set. — aSP8 — EM vs Light Microscopy

The aSP8 cell type matched between its EM reconstruction and a light-microscopy image — part of the fru/dsx cell-typing comparison set.

Cell typing LM vs EM Contributed by the team

pSP3 morphology compared across EM and light microscopy to validate the cell-type call. — pSP3 — EM vs Light Microscopy

pSP3 morphology compared across EM and light microscopy to validate the cell-type call.

Cell typing LM vs EM Contributed by the team

The aDT5 cell type shown as an EM reconstruction beside its light-microscopy reference stack. — aDT5 — EM vs Light Microscopy

The aDT5 cell type shown as an EM reconstruction beside its light-microscopy reference stack.

Cell typing LM vs EM Contributed by the team

pMP5 in the female brain, EM reconstruction against its light-microscopy match. — pMP5 (female) — EM vs Light Microscopy

pMP5 in the female brain, EM reconstruction against its light-microscopy match.

Cell typing LM vs EM Contributed by the team

aSP4 morphology compared between EM and light microscopy — a case where the LM is noisy and the match takes care to call. — aSP4 — EM vs Light Microscopy

aSP4 morphology compared between EM and light microscopy — a case where the LM is noisy and the match takes care to call.

Cell typing LM vs EM Contributed by the team

The pPM12 cell type compared between its EM reconstruction and a light-microscopy reference. — pPM12 — EM vs Light Microscopy

The pPM12 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pPM12 cell type compared between its EM reconstruction and a light-microscopy reference. — pPM12 — EM vs Light Microscopy

The pPM12 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pPM12 cell type compared between its EM reconstruction and a light-microscopy reference. — pPM12 — EM vs Light Microscopy

The pPM12 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pSP7 cell type compared between its EM reconstruction and a light-microscopy reference. — pSP7 — EM vs Light Microscopy

The pSP7 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pSP7 cell type compared between its EM reconstruction and a light-microscopy reference. — pSP7 — EM vs Light Microscopy

The pSP7 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pSP7 cell type compared between its EM reconstruction and a light-microscopy reference. — pSP7 — EM vs Light Microscopy

The pSP7 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP10 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP10 — EM vs Light Microscopy

The aSP10 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP10 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP10 — EM vs Light Microscopy

The aSP10 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP10 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP10 — EM vs Light Microscopy

The aSP10 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP10 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP10 — EM vs Light Microscopy

The aSP10 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pMP6 cell type compared between its EM reconstruction and a light-microscopy reference. — pMP6 — EM vs Light Microscopy

The pMP6 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pMP6 cell type compared between its EM reconstruction and a light-microscopy reference. — pMP6 — EM vs Light Microscopy

The pMP6 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pMP6 cell type compared between its EM reconstruction and a light-microscopy reference. — pMP6 — EM vs Light Microscopy

The pMP6 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pIP5 cell type compared between its EM reconstruction and a light-microscopy reference. — pIP5 — EM vs Light Microscopy

The pIP5 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pIP5 cell type compared between its EM reconstruction and a light-microscopy reference. — pIP5 — EM vs Light Microscopy

The pIP5 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pIP5 cell type compared between its EM reconstruction and a light-microscopy reference. — pIP5 — EM vs Light Microscopy

The pIP5 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pIP8 cell type compared between its EM reconstruction and a light-microscopy reference. — pIP8 — EM vs Light Microscopy

The pIP8 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pIP8 cell type compared between its EM reconstruction and a light-microscopy reference. — pIP8 — EM vs Light Microscopy

The pIP8 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pIP8 cell type compared between its EM reconstruction and a light-microscopy reference. — pIP8 — EM vs Light Microscopy

The pIP8 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pIP8 cell type compared between its EM reconstruction and a light-microscopy reference. — pIP8 — EM vs Light Microscopy

The pIP8 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pMP14 cell type compared between its EM reconstruction and a light-microscopy reference. — pMP14 — EM vs Light Microscopy

The pMP14 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pMP14 cell type compared between its EM reconstruction and a light-microscopy reference. — pMP14 — EM vs Light Microscopy

The pMP14 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pMP14 cell type compared between its EM reconstruction and a light-microscopy reference. — pMP14 — EM vs Light Microscopy

The pMP14 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP6 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP6 — EM vs Light Microscopy

The aSP6 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP6 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP6 — EM vs Light Microscopy

The aSP6 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP6 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP6 — EM vs Light Microscopy

The aSP6 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP6 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP6 — EM vs Light Microscopy

The aSP6 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pC2l cell type compared between its EM reconstruction and a light-microscopy reference. — pC2l — EM vs Light Microscopy

The pC2l cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pC2l cell type compared between its EM reconstruction and a light-microscopy reference. — pC2l — EM vs Light Microscopy

The pC2l cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pC2l cell type compared between its EM reconstruction and a light-microscopy reference. — pC2l — EM vs Light Microscopy

The pC2l cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The pC2l cell type compared between its EM reconstruction and a light-microscopy reference. — pC2l — EM vs Light Microscopy

The pC2l cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP8 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP8 — EM vs Light Microscopy

The aSP8 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP8 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP8 — EM vs Light Microscopy

The aSP8 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP8 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP8 — EM vs Light Microscopy

The aSP8 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP11 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP11 — EM vs Light Microscopy

The aSP11 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP11 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP11 — EM vs Light Microscopy

The aSP11 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP11 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP11 — EM vs Light Microscopy

The aSP11 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP11 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP11 — EM vs Light Microscopy

The aSP11 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP4 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP4 — EM vs Light Microscopy

The aSP4 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP4 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP4 — EM vs Light Microscopy

The aSP4 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP4 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP4 — EM vs Light Microscopy

The aSP4 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP3 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP3 — EM vs Light Microscopy

The aSP3 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP3 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP3 — EM vs Light Microscopy

The aSP3 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP3 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP3 — EM vs Light Microscopy

The aSP3 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP25 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP25 — EM vs Light Microscopy

The aSP25 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP25 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP25 — EM vs Light Microscopy

The aSP25 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aSP25 cell type compared between its EM reconstruction and a light-microscopy reference. — aSP25 — EM vs Light Microscopy

The aSP25 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aIP2 cell type compared between its EM reconstruction and a light-microscopy reference. — aIP2 — EM vs Light Microscopy

The aIP2 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aIP2 cell type compared between its EM reconstruction and a light-microscopy reference. — aIP2 — EM vs Light Microscopy

The aIP2 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aIP2 cell type compared between its EM reconstruction and a light-microscopy reference. — aIP2 — EM vs Light Microscopy

The aIP2 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aIP2 cell type compared between its EM reconstruction and a light-microscopy reference. — aIP2 — EM vs Light Microscopy

The aIP2 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aDT7 cell type compared between its EM reconstruction and a light-microscopy reference. — aDT7 — EM vs Light Microscopy

The aDT7 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

The aDT7 cell type compared between its EM reconstruction and a light-microscopy reference. — aDT7 — EM vs Light Microscopy

The aDT7 cell type compared between its EM reconstruction and a light-microscopy reference.

Cell typing LM vs EM Contributed by the team

LM Comparison (Final)

Austin

Austin's "LM Comparison (Final)" set — 340 EM-vs-light-microscopy figures.

aIPgc Final2(FlyCircuit) — aIPgc Final2(FlyCircuit)

aIPgc Final2(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIPgc Final(FlyCircuit) — aIPgc Final(FlyCircuit)

aIPgc Final(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIPgb Final(FlyCircuit) — aIPgb Final(FlyCircuit)

aIPgb Final(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIPgb Final2(FlyCircuit) — aIPgb Final2(FlyCircuit)

aIPgb Final2(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP3 Final(Tianxiao) — pSP3 Final(Tianxiao)

pSP3 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP5 Final(Tianxiao - Female) — pMP5 Final(Tianxiao - Female)

pMP5 Final(Tianxiao - Female) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP9 Final(Tianxiao) — pIP9 Final(Tianxiao)

pIP9 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP8 Final(JaiYu) — pIP8 Final(JaiYu)

pIP8 Final(JaiYu) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP8 Final(Tianxiao) — pIP8 Final(Tianxiao)

pIP8 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP6 Final(JaiYu) — pIP6 Final(JaiYu)

pIP6 Final(JaiYu) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP5 Final(JaiYu) — pIP5 Final(JaiYu)

pIP5 Final(JaiYu) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT2(mAL) Final(JaiYu) — aDT2(mAL) Final(JaiYu)

aDT2(mAL) Final(JaiYu) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP9 Final(JaiYu) — aSP9 Final(JaiYu)

aSP9 Final(JaiYu) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP8 Final2(JaiYu) — aSP8 Final2(JaiYu)

aSP8 Final2(JaiYu) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP8 Final(JaiYu) — aSP8 Final(JaiYu)

aSP8 Final(JaiYu) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP6 Final3(JaiYu) — aSP6 Final3(JaiYu)

aSP6 Final3(JaiYu) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP6 Final2(JaiYu) — aSP6 Final2(JaiYu)

aSP6 Final2(JaiYu) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP6 Final(JaiYu) — aSP6 Final(JaiYu)

aSP6 Final(JaiYu) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP4 Final2(Tianxiao) — aSP4 Final2(Tianxiao)

aSP4 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP3 Final(JaiYu) — aSP3 Final(JaiYu)

aSP3 Final(JaiYu) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP1 Final2(JaiYu) — aSP1 Final2(JaiYu)

aSP1 Final2(JaiYu) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP1 Final(JaiYu) — aSP1 Final(JaiYu)

aSP1 Final(JaiYu) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSG7 Final(Tianxiao) — aSG7 Final(Tianxiao)

aSG7 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP1 Final(Tianxiao) — aIP1 Final(Tianxiao)

aIP1 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT6 Final(JaiYu) — aDT6 Final(JaiYu)

aDT6 Final(JaiYu) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT5 Final3(Tianxiao) — aDT5 Final3(Tianxiao)

aDT5 Final3(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT5 Final2(Tianxiao) — aDT5 Final2(Tianxiao)

aDT5 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT5 Final(Tianxiao) — aDT5 Final(Tianxiao)

aDT5 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT3 Final2(Tianxiao) — aDT3 Final2(Tianxiao)

aDT3 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP6 Final(FlyCircuit) — aIP6 Final(FlyCircuit)

aIP6 Final(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP5 Final(Tianxiao) — aIP5 Final(Tianxiao)

aIP5 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT9 Final(Tianxiao) — aDT9 Final(Tianxiao)

aDT9 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP10 Final(Stack) — aSP10 Final(Stack)

aSP10 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP8 Final(Stack) — aSP8 Final(Stack)

aSP8 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP6 Final(Stacks) — aSP6 Final(Stacks)

aSP6 Final(Stacks) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP3 Final(Stack) — aSP3 Final(Stack)

aSP3 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSG7 Final(Stack) — aSG7 Final(Stack)

aSG7 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aPN lateral Final(FlyCircuit) — aPN lateral Final(FlyCircuit)

aPN lateral Final(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aPN lateral Final2(FlyCircuit) — aPN lateral Final2(FlyCircuit)

aPN lateral Final2(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aMe3 Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — aMe3 Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

aMe3 Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aMe3 Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — aMe3 Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

aMe3 Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aMe3 Final2(FlyCircuit) — aMe3 Final2(FlyCircuit)

aMe3 Final2(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aMe3 Final(FlyCircuit) — aMe3 Final(FlyCircuit)

aMe3 Final(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP5 Final(Stack) — aIP5 Final(Stack)

aIP5 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP2 Final2(Tianxiao) — aIP2 Final2(Tianxiao)

aIP2 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP2 Final2(Hemibrain) — aIP2 Final2(Hemibrain)

aIP2 Final2(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT7 Final(Stack) — aDT7 Final(Stack)

aDT7 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT6 Final(Stack) — aDT6 Final(Stack)

aDT6 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT5 Final(Stack) — aDT5 Final(Stack)

aDT5 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT5 Final(FlyCircuit) — aDT5 Final(FlyCircuit)

aDT5 Final(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT5 Final(VFB - FlyCircuit 1.0 - single neurons (Chiang2010)) — aDT5 Final(VFB - FlyCircuit 1.0 - single neurons (Chiang2010))

aDT5 Final(VFB - FlyCircuit 1.0 - single neurons (Chiang2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT3 Final(Tianxiao) — aDT3 Final(Tianxiao)

aDT3 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP1 Final(VFB - Adult Brain fru clones (Cachero2010)) — aSP1 Final(VFB - Adult Brain fru clones (Cachero2010))

aSP1 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP25 Final2(hemibrain) — aSP25 Final2(hemibrain)

aSP25 Final2(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP25 Final(VFB - Adult Brain fru clones (Cachero2010)) — aSP25 Final(VFB - Adult Brain fru clones (Cachero2010))

aSP25 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP5 Final(VFB - Adult Brain fru clones (Cachero2010)) — pMP5 Final(VFB - Adult Brain fru clones (Cachero2010))

pMP5 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP1 Final2(Cachero) — aIP1 Final2(Cachero)

aIP1 Final2(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP1 Final(VFB - Adult Brain fru clones (Cachero2010)) — aIP1 Final(VFB - Adult Brain fru clones (Cachero2010))

aIP1 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP3 Final2(VFB - Adult Brain fru clones (Cachero2010)) — aIP3 Final2(VFB - Adult Brain fru clones (Cachero2010))

aIP3 Final2(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP3 Final(VFB - Adult Brain fru clones (Cachero2010)) — aIP3 Final(VFB - Adult Brain fru clones (Cachero2010))

aIP3 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP6 Final2(VFB - Adult Brain fru clones (Cachero2010)) — aSP6 Final2(VFB - Adult Brain fru clones (Cachero2010))

aSP6 Final2(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP6 Final(VFB - Adult Brain fru clones (Cachero2010)) — aSP6 Final(VFB - Adult Brain fru clones (Cachero2010))

aSP6 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP7 Final (VFB - Adult Brain fru clones (Cachero2010)) — aSP7 Final (VFB - Adult Brain fru clones (Cachero2010))

aSP7 Final (VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP8 Final(VFB - Adult Brain fru clones (Cachero2010)) — aSP8 Final(VFB - Adult Brain fru clones (Cachero2010))

aSP8 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP10 Final(VFB - Adult Brain fru clones (Cachero2010)) — aSP10 Final(VFB - Adult Brain fru clones (Cachero2010))

aSP10 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP11 Final2(VFB - Adult Brain fru clones (Cachero2010)) — aSP11 Final2(VFB - Adult Brain fru clones (Cachero2010))

aSP11 Final2(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP11 Final(VFB - Adult Brain fru clones (Cachero2010)) — aSP11 Final(VFB - Adult Brain fru clones (Cachero2010))

aSP11 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP26 Final2(VFB - Adult Brain fru clones (Cachero2010)) — aSP26 Final2(VFB - Adult Brain fru clones (Cachero2010))

aSP26 Final2(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP26 Final(VFB - Adult Brain fru clones (Cachero2010)) — aSP26 Final(VFB - Adult Brain fru clones (Cachero2010))

aSP26 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP27 Final2(VFB - Adult Brain fru clones (Cachero2010)) — aSP27 Final2(VFB - Adult Brain fru clones (Cachero2010))

aSP27 Final2(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP27 Final(VFB - Adult Brain fru clones (Cachero2010)) — aSP27 Final(VFB - Adult Brain fru clones (Cachero2010))

aSP27 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP5 Final2(VFB - Adult Brain fru clones (Cachero2010)) — pIP5 Final2(VFB - Adult Brain fru clones (Cachero2010))

pIP5 Final2(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP5 Final(VFB - Adult Brain fru clones (Cachero2010)) — pIP5 Final(VFB - Adult Brain fru clones (Cachero2010))

pIP5 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP6 Final2(VFB - Adult Brain fru clones (Cachero2010)) — pIP6 Final2(VFB - Adult Brain fru clones (Cachero2010))

pIP6 Final2(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP6 Final(VFB - Adult Brain fru clones (Cachero2010)) — pIP6 Final(VFB - Adult Brain fru clones (Cachero2010))

pIP6 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP7 Final2(VFB - Adult Brain fru clones (Cachero2010)) — pIP7 Final2(VFB - Adult Brain fru clones (Cachero2010))

pIP7 Final2(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP7 Final(VFB - Adult Brain fru clones (Cachero2010)) — pIP7 Final(VFB - Adult Brain fru clones (Cachero2010))

pIP7 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP11 Final2(VFB - Adult Brain fru clones (Cachero2010)) — pIP11 Final2(VFB - Adult Brain fru clones (Cachero2010))

pIP11 Final2(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP11 Final(VFB - Adult Brain fru clones (Cachero2010)) — pIP11 Final(VFB - Adult Brain fru clones (Cachero2010))

pIP11 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP13 Final2(VFB - Adult Brain fru clones (Cachero2010)) — pIP13 Final2(VFB - Adult Brain fru clones (Cachero2010))

pIP13 Final2(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP13 Final(VFB - Adult Brain fru clones (Cachero2010)) — pIP13 Final(VFB - Adult Brain fru clones (Cachero2010))

pIP13 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP20 Final2(VFB - Adult Brain fru clones (Cachero2010)) — pMP20 Final2(VFB - Adult Brain fru clones (Cachero2010))

pMP20 Final2(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP20 Final(VFB - Adult Brain fru clones (Cachero2010)) — pMP20 Final(VFB - Adult Brain fru clones (Cachero2010))

pMP20 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP3.Final2(VFB - Adult Brain fru clones (Cachero2010)) — pSP3.Final2(VFB - Adult Brain fru clones (Cachero2010))

pSP3.Final2(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP3.Final(VFB - Adult Brain fru clones (Cachero2010)) — pSP3.Final(VFB - Adult Brain fru clones (Cachero2010))

pSP3.Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP7 Final2(VFB - Adult Brain fru clones (Cachero2010)) — pSP7 Final2(VFB - Adult Brain fru clones (Cachero2010))

pSP7 Final2(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP7 Final(VFB - Adult Brain fru clones (Cachero2010)) — pSP7 Final(VFB - Adult Brain fru clones (Cachero2010))

pSP7 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP8 Final2(VFB - Adult Brain fru clones (Cachero 2010)) — pSP8 Final2(VFB - Adult Brain fru clones (Cachero 2010))

pSP8 Final2(VFB - Adult Brain fru clones (Cachero 2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP8 Final(VFB - Adult Brain fru clones (Cachero 2010)) — pSP8 Final(VFB - Adult Brain fru clones (Cachero 2010))

pSP8 Final(VFB - Adult Brain fru clones (Cachero 2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP9 Final2(VFB - Adult Brain fru clones (Cachero2010)) — pSP9 Final2(VFB - Adult Brain fru clones (Cachero2010))

pSP9 Final2(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP9 Final(VFB - Adult Brain fru clones (Cachero2010)) — pSP9 Final(VFB - Adult Brain fru clones (Cachero2010))

pSP9 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

oviDNa Final(VFB - EM FAFB Wang et al 2020a) — oviDNa Final(VFB - EM FAFB Wang et al 2020a)

oviDNa Final(VFB - EM FAFB Wang et al 2020a) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP13 Final2(Cachero) — pIP13 Final2(Cachero)

pIP13 Final2(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP13 Final(Cachero) — pIP13 Final(Cachero)

pIP13 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP11 Final2(Cachero) — pIP11 Final2(Cachero)

pIP11 Final2(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP11 Final(Cachero) — pIP11 Final(Cachero)

pIP11 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP7 Final2(Cachero) — pIP7 Final2(Cachero)

pIP7 Final2(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP7 Final(Cachero) — pIP7 Final(Cachero)

pIP7 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP6 Final2(Cachero pIP5+pIP6) — pIP6 Final2(Cachero pIP5+pIP6)

pIP6 Final2(Cachero pIP5+pIP6) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP6 Final(Cachero pIP5+pIP6) — pIP6 Final(Cachero pIP5+pIP6)

pIP6 Final(Cachero pIP5+pIP6) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP5 Final2(Cachero pIP5+pIP6) — pIP5 Final2(Cachero pIP5+pIP6)

pIP5 Final2(Cachero pIP5+pIP6) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP5 Final(Cachero pIP5+pIP6) — pIP5 Final(Cachero pIP5+pIP6)

pIP5 Final(Cachero pIP5+pIP6) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP27 Final2(Cachero) — aSP27 Final2(Cachero)

aSP27 Final2(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP27 Final(Cachero) — aSP27 Final(Cachero)

aSP27 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP26 Final2(Cachero)-2 — aSP26 Final2(Cachero)-2

aSP26 Final2(Cachero)-2 — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP26 Final2(Cachero)-1 — aSP26 Final2(Cachero)-1

aSP26 Final2(Cachero)-1 — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP26 Final(Cachero)-2 — aSP26 Final(Cachero)-2

aSP26 Final(Cachero)-2 — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP26 Final(Cachero)-1 — aSP26 Final(Cachero)-1

aSP26 Final(Cachero)-1 — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP25 Final(Cachero) — aSP25 Final(Cachero)

aSP25 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP11 Final2(Cachero) — aSP11 Final2(Cachero)

aSP11 Final2(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP11 Final(Cachero) — aSP11 Final(Cachero)

aSP11 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP10 Final2(Cachero) — aSP10 Final2(Cachero)

aSP10 Final2(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP10 Final(Cachero) — aSP10 Final(Cachero)

aSP10 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP7 Final2(Cachero) — aSP7 Final2(Cachero)

aSP7 Final2(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP7 Final(Cachero) — aSP7 Final(Cachero)

aSP7 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP1 Final(Cachero) — aSP1 Final(Cachero)

aSP1 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP3 Final2(Cachero) — aIP3 Final2(Cachero)

aIP3 Final2(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP3 Final(Cachero) — aIP3 Final(Cachero)

aIP3 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP1 Final(Cachero) — aIP1 Final(Cachero)

aIP1 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

SAG Final(Hemibrain) — SAG Final(Hemibrain)

SAG Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

SAG Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — SAG Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

SAG Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP9 Final3(FlyCircuit) — pSP9 Final3(FlyCircuit)

pSP9 Final3(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP9 Final2(FlyCircuit) — pSP9 Final2(FlyCircuit)

pSP9 Final2(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP9 Final(FlyCircuit) — pSP9 Final(FlyCircuit)

pSP9 Final(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP9 Final3(Cachero) — pSP9 Final3(Cachero)

pSP9 Final3(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP9 Final2(Cachero) — pSP9 Final2(Cachero)

pSP9 Final2(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP9 Final(Cachero) — pSP9 Final(Cachero)

pSP9 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP8 Final(Cachero) — pSP8 Final(Cachero)

pSP8 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP8 Final2(Cachero) — pSP8 Final2(Cachero)

pSP8 Final2(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP7 Final(Tianxiao) — pSP7 Final(Tianxiao)

pSP7 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP7 Final(Stack) — pSP7 Final(Stack)

pSP7 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP7 Final1(cachero) — pSP7 Final1(cachero)

pSP7 Final1(cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP7 Final(cachero) — pSP7 Final(cachero)

pSP7 Final(cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP5 Final2(Tianxiao) — pSP5 Final2(Tianxiao)

pSP5 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP5 Final(Hemibrain) — pSP5 Final(Hemibrain)

pSP5 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP5 Final(Tianxiao) — pSP5 Final(Tianxiao)

pSP5 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP3 Final(Hemibrain) — pSP3 Final(Hemibrain)

pSP3 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP3 Final2(Cachero) — pSP3 Final2(Cachero)

pSP3 Final2(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pSP3 Final(Cachero) — pSP3 Final(Cachero)

pSP3 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP20 Final2(Cachero) — pMP20 Final2(Cachero)

pMP20 Final2(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP20 Final(Cachero) — pMP20 Final(Cachero)

pMP20 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP19 Final2(Hemibrain) — pMP19 Final2(Hemibrain)

pMP19 Final2(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP19 Final(Hemibrain) — pMP19 Final(Hemibrain)

pMP19 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP17 Final(Hemibrain) — pMP17 Final(Hemibrain)

pMP17 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP16 Final(FlyCircuit) — pMP16 Final(FlyCircuit)

pMP16 Final(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP16 Final2(FlyCircuit) — pMP16 Final2(FlyCircuit)

pMP16 Final2(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP14 Final(Hemibrain) — pMP14 Final(Hemibrain)

pMP14 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP14 Final(Stack) — pMP14 Final(Stack)

pMP14 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP12 Final(Stack) — pMP12 Final(Stack)

pMP12 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP9 Final(Tianxiao) — pMP9 Final(Tianxiao)

pMP9 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP9 Final(Hemibrain) — pMP9 Final(Hemibrain)

pMP9 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP9 Final(Stack) — pMP9 Final(Stack)

pMP9 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP7 Final(Kaiyu's slides) — pMP7 Final(Kaiyu's slides)

pMP7 Final(Kaiyu's slides) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP7 Final2(Hemibrain) — pMP7 Final2(Hemibrain)

pMP7 Final2(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP7 Final(Hemibrain) — pMP7 Final(Hemibrain)

pMP7 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP6 Final(hemibrain) — pMP6 Final(hemibrain)

pMP6 Final(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP6 Final(Stack) — pMP6 Final(Stack)

pMP6 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP5 Final(Tianxiao - Male) — pMP5 Final(Tianxiao - Male)

pMP5 Final(Tianxiao - Male) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP5 Final(Hemibrain) — pMP5 Final(Hemibrain)

pMP5 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP5 Final(Cachero) — pMP5 Final(Cachero)

pMP5 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP3-pCd1 Final(Tianxiao) — pMP3-pCd1 Final(Tianxiao)

pMP3-pCd1 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP3-pCd1 Final(Hemibrain) — pMP3-pCd1 Final(Hemibrain)

pMP3-pCd1 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP3-pCd1 Final2(FlyCircuit) — pMP3-pCd1 Final2(FlyCircuit)

pMP3-pCd1 Final2(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP3-pCd1 Final(FlyCircuit) — pMP3-pCd1 Final(FlyCircuit)

pMP3-pCd1 Final(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP1 Final(Hemibrain) — pMP1 Final(Hemibrain)

pMP1 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMP1 Final(Stack) — pMP1 Final(Stack)

pMP1 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMN2 (vpoDN) Final2(Hemibrain) — pMN2 (vpoDN) Final2(Hemibrain)

pMN2 (vpoDN) Final2(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMN2 (vpoDN) Final(Hemibrain) — pMN2 (vpoDN) Final(Hemibrain)

pMN2 (vpoDN) Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMN2 (vpoDN) Final(VFB - EM FAFB Wang et al 2020c) — pMN2 (vpoDN) Final(VFB - EM FAFB Wang et al 2020c)

pMN2 (vpoDN) Final(VFB - EM FAFB Wang et al 2020c) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMN1 (DNp13) Final(Hemibrain) — pMN1 (DNp13) Final(Hemibrain)

pMN1 (DNp13) Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pMN1 (DNp13) Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — pMN1 (DNp13) Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

pMN1 (DNp13) Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP20 Final2(Hemibrain 942730172, 1127924395) — pIP20 Final2(Hemibrain 942730172, 1127924395)

pIP20 Final2(Hemibrain 942730172, 1127924395) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP20 Final(Hemibrain 942730172, 1127924395) — pIP20 Final(Hemibrain 942730172, 1127924395)

pIP20 Final(Hemibrain 942730172, 1127924395) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP18 Final(Kaiyu's Slides) — pIP18 Final(Kaiyu's Slides)

pIP18 Final(Kaiyu's Slides) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP18 Final(Hemibrain) — pIP18 Final(Hemibrain)

pIP18 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP18 Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — pIP18 Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

pIP18 Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP18 Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — pIP18 Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

pIP18 Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP16 Final(Hemibrain) — pIP16 Final(Hemibrain)

pIP16 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP15 Final(hemibrain) — pIP15 Final(hemibrain)

pIP15 Final(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP15 Final2(Tianxiao) — pIP15 Final2(Tianxiao)

pIP15 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP15 Final(Tianxiao) — pIP15 Final(Tianxiao)

pIP15 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP14 Final(hemibrain) — pIP14 Final(hemibrain)

pIP14 Final(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP14 Final2(Tianxiao) — pIP14 Final2(Tianxiao)

pIP14 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP14 Final(Tianxiao) — pIP14 Final(Tianxiao)

pIP14 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP13 Final(hemibrain) — pIP13 Final(hemibrain)

pIP13 Final(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP13 Final(Tianxiao) — pIP13 Final(Tianxiao)

pIP13 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP13 Final2(Tianxiao) — pIP13 Final2(Tianxiao)

pIP13 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP11 Final(hemibrain) — pIP11 Final(hemibrain)

pIP11 Final(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP12 Final(hemibrain) — pIP12 Final(hemibrain)

pIP12 Final(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP12 Final(Tianxiao) — pIP12 Final(Tianxiao)

pIP12 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP12 Final2(Tianxiao) — pIP12 Final2(Tianxiao)

pIP12 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP12 Final(Stack) — pIP12 Final(Stack)

pIP12 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP11 Final(Tianxiao) — pIP11 Final(Tianxiao)

pIP11 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP11 Final2(Tianxiao) — pIP11 Final2(Tianxiao)

pIP11 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP9 Final(Hemibrain) — pIP9 Final(Hemibrain)

pIP9 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP9 Final2(VFB - Adult Brain fru clones (Cachero2010)) — pIP9 Final2(VFB - Adult Brain fru clones (Cachero2010))

pIP9 Final2(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP9 Final(VFB - Adult Brain fru clones (Cachero2010)) — pIP9 Final(VFB - Adult Brain fru clones (Cachero2010))

pIP9 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP5 Final(Hemibrain) — pIP5 Final(Hemibrain)

pIP5 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP8 Final(VFB - Adult Brain fru clones (Cachero2010)) — pIP8 Final(VFB - Adult Brain fru clones (Cachero2010))

pIP8 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP8 Final(Stack) — pIP8 Final(Stack)

pIP8 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP7 Final(Hemibrain) — pIP7 Final(Hemibrain)

pIP7 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP7 Final(Tianxiao) — pIP7 Final(Tianxiao)

pIP7 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP6 Final(Hemibrain) — pIP6 Final(Hemibrain)

pIP6 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP6 Final(Tianxiao) — pIP6 Final(Tianxiao)

pIP6 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP5 Final(Tianxiao) — pIP5 Final(Tianxiao)

pIP5 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pIP5 Final(Stack) — pIP5 Final(Stack)

pIP5 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC2ld Final2(Hemibrain) — pC2ld Final2(Hemibrain)

pC2ld Final2(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC2ld Final(Hemibrain) — pC2ld Final(Hemibrain)

pC2ld Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC2lc Final2(Hemibrain) — pC2lc Final2(Hemibrain)

pC2lc Final2(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC2lc Final(Hemibrain) — pC2lc Final(Hemibrain)

pC2lc Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC2lb Final2(Hemibrain) — pC2lb Final2(Hemibrain)

pC2lb Final2(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC2lb Final(Hemibrain) — pC2lb Final(Hemibrain)

pC2lb Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC2la Final2(Hemibrain) — pC2la Final2(Hemibrain)

pC2la Final2(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC2la Final(Hemibrain) — pC2la Final(Hemibrain)

pC2la Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC1e Final2(VFB - EM FAFB Wang et al 2020a and EM FAFB Otto et al 2020) — pC1e Final2(VFB - EM FAFB Wang et al 2020a and EM FAFB Otto et al 2020)

pC1e Final2(VFB - EM FAFB Wang et al 2020a and EM FAFB Otto et al 2020) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC1e Final(VFB - EM FAFB Wang et al 2020a and EM FAFB Otto et al 2020) — pC1e Final(VFB - EM FAFB Wang et al 2020a and EM FAFB Otto et al 2020)

pC1e Final(VFB - EM FAFB Wang et al 2020a and EM FAFB Otto et al 2020) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC1e Final(Hemibrain) — pC1e Final(Hemibrain)

pC1e Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC1d Final2(VFB - Neurotransmitter predicted from EM data (Baker et al., 2022) and(Wang et al., 2020, Baker et al., 2022)) — pC1d Final2(VFB - Neurotransmitter predicted from EM data (Baker et al., 2022) and(Wang et al., 2020, Baker et al., 2022))

pC1d Final2(VFB - Neurotransmitter predicted from EM data (Baker et al., 2022) and(Wang et al., 2020, Baker et al., 2022)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC1d Final(VFB - Neurotransmitter predicted from EM data (Baker et al., 2022) and(Wang et al., 2020, Baker et al., 2022)) — pC1d Final(VFB - Neurotransmitter predicted from EM data (Baker et al., 2022) and(Wang et al., 2020, Baker et al., 2022))

pC1d Final(VFB - Neurotransmitter predicted from EM data (Baker et al., 2022) and(Wang et al., 2020, Baker et al., 2022)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC1d Final(Hemibrain) — pC1d Final(Hemibrain)

pC1d Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC1c Final(Hemibrain) — pC1c Final(Hemibrain)

pC1c Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC1c Final(VFB - Wang et al., 2020, Nature 579(7797) 101--105) — pC1c Final(VFB - Wang et al., 2020, Nature 579(7797) 101--105)

pC1c Final(VFB - Wang et al., 2020, Nature 579(7797) 101--105) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC1b Final(hemibrain) — pC1b Final(hemibrain)

pC1b Final(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC1b Final2(VFB - EM FAFB Wang et al 2020a) — pC1b Final2(VFB - EM FAFB Wang et al 2020a)

pC1b Final2(VFB - EM FAFB Wang et al 2020a) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC1b Final(VFB - EM FAFB Wang et al 2020a) — pC1b Final(VFB - EM FAFB Wang et al 2020a)

pC1b Final(VFB - EM FAFB Wang et al 2020a) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC1a Final2(VFB - EM FAFB Wang et al 2020a) — pC1a Final2(VFB - EM FAFB Wang et al 2020a)

pC1a Final2(VFB - EM FAFB Wang et al 2020a) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC1a Final(VFB - EM FAFB Wang et al 2020a) — pC1a Final(VFB - EM FAFB Wang et al 2020a)

pC1a Final(VFB - EM FAFB Wang et al 2020a) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

pC1a Final(Hemibrain) — pC1a Final(Hemibrain)

pC1a Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

PAM01 FInal2(FlyCircuit) — PAM01 FInal2(FlyCircuit)

PAM01 FInal2(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

PAM01 FInal(hemibrain) — PAM01 FInal(hemibrain)

PAM01 FInal(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

PAM01 FInal(FlyCircuit) — PAM01 FInal(FlyCircuit)

PAM01 FInal(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

oviDNb Final(hemibrain) — oviDNb Final(hemibrain)

oviDNb Final(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

oviDNb Final(ncib) — oviDNb Final(ncib)

oviDNb Final(ncib) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

oviDNb Final(VFB - EM FAFB Wang et al 2020a) — oviDNb Final(VFB - EM FAFB Wang et al 2020a)

oviDNb Final(VFB - EM FAFB Wang et al 2020a) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

oviDNa Final(VFB - EM FAFB Wang et al 2020a and EM FAFB Otto et al 2020) — oviDNa Final(VFB - EM FAFB Wang et al 2020a and EM FAFB Otto et al 2020)

oviDNa Final(VFB - EM FAFB Wang et al 2020a and EM FAFB Otto et al 2020) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

mAL Final2(VFB - EM FAFB Taisz and Galili et al., 2022) — mAL Final2(VFB - EM FAFB Taisz and Galili et al., 2022)

mAL Final2(VFB - EM FAFB Taisz and Galili et al., 2022) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

mAL Final(hemibrain) — mAL Final(hemibrain)

mAL Final(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

mAL Final2(Cachero) — mAL Final2(Cachero)

mAL Final2(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

mAL Final(Cachero) — mAL Final(Cachero)

mAL Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

LC31 Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — LC31 Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

LC31 Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

LC10a Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — LC10a Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

LC10a Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

LC10a Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — LC10a Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

LC10a Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

IPC Final(hemibrain) — IPC Final(hemibrain)

IPC Final(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

IPC Final(FlyCircuit) — IPC Final(FlyCircuit)

IPC Final(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

DN3A Final2(FlyCircuit) — DN3A Final2(FlyCircuit)

DN3A Final2(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

DN3A Final(hemibrain) — DN3A Final(hemibrain)

DN3A Final(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

DN3A Final(FlyCircuit) — DN3A Final(FlyCircuit)

DN3A Final(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP30 Final(hemibrain) — aSP30 Final(hemibrain)

aSP30 Final(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP30 Final2(FlyCircuit) — aSP30 Final2(FlyCircuit)

aSP30 Final2(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP30 Final(FlyCircuit) — aSP30 Final(FlyCircuit)

aSP30 Final(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP29 Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — aSP29 Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

aSP29 Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP29 Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — aSP29 Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

aSP29 Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP29 Final(Hemibrain) — aSP29 Final(Hemibrain)

aSP29 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP29 Final2(FlyCircuit) — aSP29 Final2(FlyCircuit)

aSP29 Final2(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP29 Final(FlyCircuit) — aSP29 Final(FlyCircuit)

aSP29 Final(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP26 Final(Hemibrain) — aSP26 Final(Hemibrain)

aSP26 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP26 Final(Stack) — aSP26 Final(Stack)

aSP26 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP25 Final(Stack) — aSP25 Final(Stack)

aSP25 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP25 Final(hemibrain) — aSP25 Final(hemibrain)

aSP25 Final(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP24 Final2(Hemibrain-611694145) — aSP24 Final2(Hemibrain-611694145)

aSP24 Final2(Hemibrain-611694145) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP24 Final(Hemibrain-611694145) — aSP24 Final(Hemibrain-611694145)

aSP24 Final(Hemibrain-611694145) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP23 Final(Hemibrain) — aSP23 Final(Hemibrain)

aSP23 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP23 Final(Tianxiao) — aSP23 Final(Tianxiao)

aSP23 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP22 Final(Hemibrain) — aSP22 Final(Hemibrain)

aSP22 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP22 Final2(Threshold-Based Ordering of Sequential Actions during Drosophila Courtship) — aSP22 Final2(Threshold-Based Ordering of Sequential Actions during Drosophila Courtship)

aSP22 Final2(Threshold-Based Ordering of Sequential Actions during Drosophila Courtship) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP22 Final(Threshold-Based Ordering of Sequential Actions during Drosophila Courtship) — aSP22 Final(Threshold-Based Ordering of Sequential Actions during Drosophila Courtship)

aSP22 Final(Threshold-Based Ordering of Sequential Actions during Drosophila Courtship) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP21 Final(Hemibrain) — aSP21 Final(Hemibrain)

aSP21 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP21 Final2(Tianxiao) — aSP21 Final2(Tianxiao)

aSP21 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP21 Final(Tianxiao) — aSP21 Final(Tianxiao)

aSP21 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP18 Final(Hemibrain) — aSP18 Final(Hemibrain)

aSP18 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP18 Final2(Tianxiao) — aSP18 Final2(Tianxiao)

aSP18 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP18 Final(Tianxiao) — aSP18 Final(Tianxiao)

aSP18 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP17 Final(Tianxiao) — aSP17 Final(Tianxiao)

aSP17 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP17 Final(Stack) — aSP17 Final(Stack)

aSP17 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP17 Final(Hemibrain) — aSP17 Final(Hemibrain)

aSP17 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP16 Final(Hemibrain) — aSP16 Final(Hemibrain)

aSP16 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP16 Final2(Tianxiao) — aSP16 Final2(Tianxiao)

aSP16 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP16 Final(Tianxiao) — aSP16 Final(Tianxiao)

aSP16 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP14 Final(Hemibrain) — aSP14 Final(Hemibrain)

aSP14 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP14 Final2(Tianxiao) — aSP14 Final2(Tianxiao)

aSP14 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP11 Final(Hemibrain) — aSP11 Final(Hemibrain)

aSP11 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP11 Final(Stack) — aSP11 Final(Stack)

aSP11 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP10 Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — aSP10 Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

aSP10 Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP9 Final2(Tianxiao) — aSP9 Final2(Tianxiao)

aSP9 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP9 Final(Tianxiao) — aSP9 Final(Tianxiao)

aSP9 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP8 Final2(Cachero) — aSP8 Final2(Cachero)

aSP8 Final2(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP8 Final2(Tianxiao)-1 — aSP8 Final2(Tianxiao)-1

aSP8 Final2(Tianxiao)-1 — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP8 Final2(Tianxiao)-2 — aSP8 Final2(Tianxiao)-2

aSP8 Final2(Tianxiao)-2 — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP8 Final(Tianxiao)-2 — aSP8 Final(Tianxiao)-2

aSP8 Final(Tianxiao)-2 — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP8 Final(Tianxiao)-1 — aSP8 Final(Tianxiao)-1

aSP8 Final(Tianxiao)-1 — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP8 Final(Cachero) — aSP8 Final(Cachero)

aSP8 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP7 Final2(Tianxiao) — aSP7 Final2(Tianxiao)

aSP7 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP7 Final(Hemibrain) — aSP7 Final(Hemibrain)

aSP7 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP7 Final(Tianxiao) — aSP7 Final(Tianxiao)

aSP7 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP6 Final(hemibrain) — aSP6 Final(hemibrain)

aSP6 Final(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP6 Final2(Stacks) — aSP6 Final2(Stacks)

aSP6 Final2(Stacks) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP6 Final2(Cachero) — aSP6 Final2(Cachero)

aSP6 Final2(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP6 Final(Cachero) — aSP6 Final(Cachero)

aSP6 Final(Cachero) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP5 Final2(Tianxiao) — aSP5 Final2(Tianxiao)

aSP5 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP5 Final(Tianxiao) — aSP5 Final(Tianxiao)

aSP5 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP4 Final(Hemibrain) — aSP4 Final(Hemibrain)

aSP4 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP3 Final(Hemibrain) — aSP3 Final(Hemibrain)

aSP3 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP4 Final(Tianxiao) — aSP4 Final(Tianxiao)

aSP4 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP4 Final(Stack) — aSP4 Final(Stack)

aSP4 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP3 Final(Tianxiao) — aSP3 Final(Tianxiao)

aSP3 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP1 Final(Tianxiao) — aSP1 Final(Tianxiao)

aSP1 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP1 Final(Stack) — aSP1 Final(Stack)

aSP1 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aPN1(AMMC-B1) Final2(VFB - EM FAFB Kim et al 2020) — aPN1(AMMC-B1) Final2(VFB - EM FAFB Kim et al 2020)

aPN1(AMMC-B1) Final2(VFB - EM FAFB Kim et al 2020) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aPN1(AMMC-B1) Final(VFB - EM FAFB Kim et al 2020) — aPN1(AMMC-B1) Final(VFB - EM FAFB Kim et al 2020)

aPN1(AMMC-B1) Final(VFB - EM FAFB Kim et al 2020) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIPgc Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — aIPgc Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

aIPgc Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIPgc Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — aIPgc Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

aIPgc Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIPgb Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — aIPgb Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

aIPgb Final2(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIPgb Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — aIPgb Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

aIPgb Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIPga Final2(FlyCircuit) — aIPga Final2(FlyCircuit)

aIPga Final2(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIPga Final(FlyCircuit) — aIPga Final(FlyCircuit)

aIPga Final(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP8 Final2(FlyCircuit) — aIP8 Final2(FlyCircuit)

aIP8 Final2(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP8 Final(Hemibrain) — aIP8 Final(Hemibrain)

aIP8 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP8 Final(FlyCircuit) — aIP8 Final(FlyCircuit)

aIP8 Final(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP6 Final2(Tianxiao) — aIP6 Final2(Tianxiao)

aIP6 Final2(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP6 Final(hemibrain) — aIP6 Final(hemibrain)

aIP6 Final(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP6 Final(Tianxiao) — aIP6 Final(Tianxiao)

aIP6 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP5 Final(Hemibrain) — aIP5 Final(Hemibrain)

aIP5 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP3 Final(Hemibrain) — aIP3 Final(Hemibrain)

aIP3 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP2 Final(Hemibrain) — aIP2 Final(Hemibrain)

aIP2 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP2 Final(Tianxiao) — aIP2 Final(Tianxiao)

aIP2 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP2 Final(Stack) — aIP2 Final(Stack)

aIP2 Final(Stack) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP1 Final(Hemibrain) — aIP1 Final(Hemibrain)

aIP1 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aIP1 Final2(Hemibrain) — aIP1 Final2(Hemibrain)

aIP1 Final2(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT11 Final(FlyCircuit) — aDT11 Final(FlyCircuit)

aDT11 Final(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT11 Final2(FlyCircuit) — aDT11 Final2(FlyCircuit)

aDT11 Final2(FlyCircuit) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT10 Final2(Hemibrain) — aDT10 Final2(Hemibrain)

aDT10 Final2(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT10 Final(Hemibrain) — aDT10 Final(Hemibrain)

aDT10 Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT9 Final2(hemibrain) — aDT9 Final2(hemibrain)

aDT9 Final2(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT9 Final(hemibrain) — aDT9 Final(hemibrain)

aDT9 Final(hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT6 Final(VFB - Adult Brain fru clones (Cachero2010)) — aDT6 Final(VFB - Adult Brain fru clones (Cachero2010))

aDT6 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDT3 Final(VFB - Adult Brain fru clones (Cachero2010)) — aDT3 Final(VFB - Adult Brain fru clones (Cachero2010))

aDT3 Final(VFB - Adult Brain fru clones (Cachero2010)) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aDN Final(Hemibrain) — aDN Final(Hemibrain)

aDN Final(Hemibrain) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

mAL Final(VFB - EM FAFB Taisz and Galili et al., 2022) — mAL Final(VFB - EM FAFB Taisz and Galili et al., 2022)

mAL Final(VFB - EM FAFB Taisz and Galili et al., 2022) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

LC31 Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — LC31 Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1)

LC31 Final(VFB - JRC FlyEM Hemibrain neurons Version 1.1) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

aSP14 Final(Tianxiao) — aSP14 Final(Tianxiao)

aSP14 Final(Tianxiao) — light-microscopy vs EM comparison (final figure set).

LM Comparison (Final) Contributed by the team

Final Figures (for real)

Austin

Austin's "final figures, for real this time" set — 110 figures.

DN3A(FlyCircuit Female) — DN3A(FlyCircuit Female)

DN3A(FlyCircuit Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aPN1(2015, Zhou et al. Female) — aPN1(2015, Zhou et al. Female)

aPN1(2015, Zhou et al. Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP10(Cachero Male) — aSP10(Cachero Male)

aSP10(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aDT3(Tianxiao Male) — aDT3(Tianxiao Male)

aDT3(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pIP7(Cachero Male) — pIP7(Cachero Male)

pIP7(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP6(Cachero Male) — aSP6(Cachero Male)

aSP6(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP8(Tianxiao Female) — aSP8(Tianxiao Female)

aSP8(Tianxiao Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP8(Tianxiao Male) — aSP8(Tianxiao Male)

aSP8(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP3-pCd1(Tianxiao Female) — pMP3-pCd1(Tianxiao Female)

pMP3-pCd1(Tianxiao Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP8(Wang, K., Wang, F., Forknall, N. et al. Female) — aSP8(Wang, K., Wang, F., Forknall, N. et al. Female)

aSP8(Wang, K., Wang, F., Forknall, N. et al. Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP8(Koganezawa, Masayuki et al. Male) — aSP8(Koganezawa, Masayuki et al. Male)

aSP8(Koganezawa, Masayuki et al. Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pIP8a(Cachero2010 Male) — pIP8a(Cachero2010 Male)

pIP8a(Cachero2010 Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pIP8b(Tianxiao Male) — pIP8b(Tianxiao Male)

pIP8b(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pIP6(Cachero2010 Female) — pIP6(Cachero2010 Female)

pIP6(Cachero2010 Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP27(Cachero Male) — aSP27(Cachero Male)

aSP27(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP26(Cachero Male) — aSP26(Cachero Male)

aSP26(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP22(McKeller 2019 Male) — aSP22(McKeller 2019 Male)

aSP22(McKeller 2019 Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP8(JaiYu Male) — aSP8(JaiYu Male)

aSP8(JaiYu Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

vpoDN[pMN2](Wang, K., Wang, F., Forknall, N. et al. Female) — vpoDN[pMN2](Wang, K., Wang, F., Forknall, N. et al. Female)

vpoDN[pMN2](Wang, K., Wang, F., Forknall, N. et al. Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

DNp13[pMN1](Wang, Fei et al. Female) — DNp13[pMN1](Wang, Fei et al. Female)

DNp13[pMN1](Wang, Fei et al. Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pC1a(Wang, Fei et al. Female) 2 — pC1a(Wang, Fei et al. Female) 2

pC1a(Wang, Fei et al. Female) 2 — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP5-pCd2(Yamamoto 2015 Female) — pMP5-pCd2(Yamamoto 2015 Female)

pMP5-pCd2(Yamamoto 2015 Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP5-pCd2(Yamamoto 2015 Male) — pMP5-pCd2(Yamamoto 2015 Male)

pMP5-pCd2(Yamamoto 2015 Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

LC31b(Nern2024 Female) 2 — LC31b(Nern2024 Female) 2

LC31b(Nern2024 Female) 2 — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

LC31b(Nern2024 Female) 1 — LC31b(Nern2024 Female) 1

LC31b(Nern2024 Female) 1 — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

LC10a(2016, Wu et al. Female) — LC10a(2016, Wu et al. Female)

LC10a(2016, Wu et al. Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP31[aSP1](FlyCircuit Female) — aSP31[aSP1](FlyCircuit Female)

aSP31[aSP1](FlyCircuit Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aDT10(Cachero Male) — aDT10(Cachero Male)

aDT10(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

SAG(Wang, Fei et al. Female) — SAG(Wang, Fei et al. Female)

SAG(Wang, Fei et al. Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP6(Cachero Male) — pMP6(Cachero Male)

pMP6(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

IPC(FlyCircuit Female) — IPC(FlyCircuit Female)

IPC(FlyCircuit Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aIP8(FlyCircuit Female) — aIP8(FlyCircuit Female)

aIP8(FlyCircuit Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aPN Lateral(FlyCircuit Female) — aPN Lateral(FlyCircuit Female)

aPN Lateral(FlyCircuit Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP5-pCd2(Cachero Male) — pMP5-pCd2(Cachero Male)

pMP5-pCd2(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

PAM01(FlyCircuit Female) — PAM01(FlyCircuit Female)

PAM01(FlyCircuit Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP7(Unknown Unknown) — pMP7(Unknown Unknown)

pMP7(Unknown Unknown) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP6(LM Stack Unknown) — pMP6(LM Stack Unknown)

pMP6(LM Stack Unknown) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP1(JaiYu Male) 1 — pMP1(JaiYu Male) 1

pMP1(JaiYu Male) 1 — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP1(JaiYu Male) 2 — pMP1(JaiYu Male) 2

pMP1(JaiYu Male) 2 — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pIP18(Unkown Unkown) — pIP18(Unkown Unkown)

pIP18(Unkown Unkown) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

oviDNb(Wang, Fei et al. Female) — oviDNb(Wang, Fei et al. Female)

oviDNb(Wang, Fei et al. Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

oviDNa(Wang, Fei et al. Female) — oviDNa(Wang, Fei et al. Female)

oviDNa(Wang, Fei et al. Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP21(Cachero Male and Female) — aSP21(Cachero Male and Female)

aSP21(Cachero Male and Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP30(FlyCircuit Female) — aSP30(FlyCircuit Female)

aSP30(FlyCircuit Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP20(Cachero Male) 2 — pMP20(Cachero Male) 2

pMP20(Cachero Male) 2 — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

mAL(Kimura, KI., Ote, M., Tazawa, T. et al. Female) 1 — mAL(Kimura, KI., Ote, M., Tazawa, T. et al. Female) 1

mAL(Kimura, KI., Ote, M., Tazawa, T. et al. Female) 1 — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aIP6(Tianxiao Male) — aIP6(Tianxiao Male)

aIP6(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aDN(Nojima, Tetsuya et al. Male and Female) — aDN(Nojima, Tetsuya et al. Male and Female)

aDN(Nojima, Tetsuya et al. Male and Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

Trumpet(2021, Sterne et al. Female) — Trumpet(2021, Sterne et al. Female)

Trumpet(2021, Sterne et al. Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

Bluebell(2021, Sterne et al. Female) — Bluebell(2021, Sterne et al. Female)

Bluebell(2021, Sterne et al. Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

Ruby(2021, Sterne et al. Female) — Ruby(2021, Sterne et al. Female)

Ruby(2021, Sterne et al. Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

mAL(Kimura, KI., Ote, M., Tazawa, T. et al. Female) 2 — mAL(Kimura, KI., Ote, M., Tazawa, T. et al. Female) 2

mAL(Kimura, KI., Ote, M., Tazawa, T. et al. Female) 2 — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pC2ld(Yamamoto 2015 Female) — pC2ld(Yamamoto 2015 Female)

pC2ld(Yamamoto 2015 Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pC2lc(Yamamoto 2015 Female) — pC2lc(Yamamoto 2015 Female)

pC2lc(Yamamoto 2015 Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pC2lb(Yamamoto 2015 Female) — pC2lb(Yamamoto 2015 Female)

pC2lb(Yamamoto 2015 Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pC2la(Yamamoto 2015 Female) — pC2la(Yamamoto 2015 Female)

pC2la(Yamamoto 2015 Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP3-pCd1(Yamamoto 2015 Female) — pMP3-pCd1(Yamamoto 2015 Female)

pMP3-pCd1(Yamamoto 2015 Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pC1e(Wang, Fei et al. Female) — pC1e(Wang, Fei et al. Female)

pC1e(Wang, Fei et al. Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pC1d(Wang, Fei et al. Female) — pC1d(Wang, Fei et al. Female)

pC1d(Wang, Fei et al. Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pC1c(Wang, Fei et al. Female) — pC1c(Wang, Fei et al. Female)

pC1c(Wang, Fei et al. Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pC1b(Wang, Fei et al. Female) — pC1b(Wang, Fei et al. Female)

pC1b(Wang, Fei et al. Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pC1a(Wang, Fei et al. Female) — pC1a(Wang, Fei et al. Female)

pC1a(Wang, Fei et al. Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aMe3(FlyCircuit Female) — aMe3(FlyCircuit Female)

aMe3(FlyCircuit Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aIPg-c(FlyCircuit Female) — aIPg-c(FlyCircuit Female)

aIPg-c(FlyCircuit Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aIPg-b(FlyCircuit Female) — aIPg-b(FlyCircuit Female)

aIPg-b(FlyCircuit Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aIPg-a(FlyCircuit Female) — aIPg-a(FlyCircuit Female)

aIPg-a(FlyCircuit Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pSP9(Cachero Male) — pSP9(Cachero Male)

pSP9(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pSP8(Cachero Male) — pSP8(Cachero Male)

pSP8(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pSP7(Tianxiao Female) — pSP7(Tianxiao Female)

pSP7(Tianxiao Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pSP5(Tianxiao Male) — pSP5(Tianxiao Male)

pSP5(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pSP3(Cachero Male) — pSP3(Cachero Male)

pSP3(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP20(Cachero Male) 1 — pMP20(Cachero Male) 1

pMP20(Cachero Male) 1 — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP16(FlyCircuit Female) — pMP16(FlyCircuit Female)

pMP16(FlyCircuit Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pIP9(Tianxiao Female) — pIP9(Tianxiao Female)

pIP9(Tianxiao Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aIP5(Tianxiao Male) — aIP5(Tianxiao Male)

aIP5(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP17(FlyCircuit Female) — pMP17(FlyCircuit Female)

pMP17(FlyCircuit Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP14(LM Stack Unknown) — pMP14(LM Stack Unknown)

pMP14(LM Stack Unknown) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP9(Tianxiao Male) — pMP9(Tianxiao Male)

pMP9(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pMP12(LM Stack Unknown) — pMP12(LM Stack Unknown)

pMP12(LM Stack Unknown) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pIP15(Tianxiao Male) — pIP15(Tianxiao Male)

pIP15(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pIP14(Tianxiao Female) — pIP14(Tianxiao Female)

pIP14(Tianxiao Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pIP13(Tianxiao Male) — pIP13(Tianxiao Male)

pIP13(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pIP12(Tianxiao Male) — pIP12(Tianxiao Male)

pIP12(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pIP11(Tianxiao Male) — pIP11(Tianxiao Male)

pIP11(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP23(Cachero Male) — aSP23(Cachero Male)

aSP23(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

pIP5(Tianxiao Male) — pIP5(Tianxiao Male)

pIP5(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP29(FlyCircuit Female) — aSP29(FlyCircuit Female)

aSP29(FlyCircuit Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP25(Cachero Male) — aSP25(Cachero Male)

aSP25(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP22(Threshold-Based Ordering of Sequential Actions during Drosophila Courtship Male) — aSP22(Threshold-Based Ordering of Sequential Actions during Drosophila Courtship Male)

aSP22(Threshold-Based Ordering of Sequential Actions during Drosophila Courtship Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP18(Tianxiao Female) — aSP18(Tianxiao Female)

aSP18(Tianxiao Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP17(Tianxiao Female) — aSP17(Tianxiao Female)

aSP17(Tianxiao Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP16(Tianxiao Male) — aSP16(Tianxiao Male)

aSP16(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP9(Tianxiao Male) — aSP9(Tianxiao Male)

aSP9(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP3(JaiYu Male) — aSP3(JaiYu Male)

aSP3(JaiYu Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP7(Cachero Male) — aSP7(Cachero Male)

aSP7(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP6(JaiYu Female) — aSP6(JaiYu Female)

aSP6(JaiYu Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP5(Tianxiao Male) — aSP5(Tianxiao Male)

aSP5(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP4(Tianxiao Male and Female) — aSP4(Tianxiao Male and Female)

aSP4(Tianxiao Male and Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aIP2(Tianxiao Male) — aIP2(Tianxiao Male)

aIP2(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aIP2(Tianxiao Female) — aIP2(Tianxiao Female)

aIP2(Tianxiao Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP31(Cachero Male) — aSP31(Cachero Male)

aSP31(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSP11(Cachero Male) — aSP11(Cachero Male)

aSP11(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aSG7(Sterne Female) — aSG7(Sterne Female)

aSG7(Sterne Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aIP3(Cachero Male) — aIP3(Cachero Male)

aIP3(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aIP1(Cachero Male) — aIP1(Cachero Male)

aIP1(Cachero Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aDT11(FlyCircuit Female) — aDT11(FlyCircuit Female)

aDT11(FlyCircuit Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aDT9(Tianxiao Male) — aDT9(Tianxiao Male)

aDT9(Tianxiao Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aDT7(Jai Yu Supp Male) — aDT7(Jai Yu Supp Male)

aDT7(Jai Yu Supp Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aDT6(Jai Yu Male) — aDT6(Jai Yu Male)

aDT6(Jai Yu Male) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

aDT5(Jai Yu Female) — aDT5(Jai Yu Female)

aDT5(Jai Yu Female) — light-microscopy vs EM comparison (final figures).

Final Figures Contributed by the team

Individuals

Austin

Austin's "Individuals" set — 337 individual cell reconstructions.

nihms-pC1a-e — nihms-pC1a-e

nihms-pC1a-e — individual cell reconstruction.

Individuals Contributed by the team

pC1a LM — pC1a LM

pC1a LM — individual cell reconstruction.

Individuals Contributed by the team

pC1a-e — pC1a-e

pC1a-e — individual cell reconstruction.

Individuals Contributed by the team

LC31b LM Rotated — LC31b LM Rotated

LC31b LM Rotated — individual cell reconstruction.

Individuals Contributed by the team

pIP8 high res VFB — pIP8 high res VFB

pIP8 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pIP6 VFB high res — pIP6 VFB high res

pIP6 VFB high res — individual cell reconstruction.

Individuals Contributed by the team

aDT7 Male JaiYu SuppSegmented — aDT7 Male JaiYu SuppSegmented

aDT7 Male JaiYu SuppSegmented — individual cell reconstruction.

Individuals Contributed by the team

aDT11 Codex — aDT11 Codex

aDT11 Codex — individual cell reconstruction.

Individuals Contributed by the team

pIP8 high res flywire (1 hemisphere R) — pIP8 high res flywire (1 hemisphere R)

pIP8 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

mAL high res flywire (1 hemisphere L) — mAL high res flywire (1 hemisphere L)

mAL high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP3 high res flywire (1 hemisphere R) — aSP3 high res flywire (1 hemisphere R)

aSP3 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aIP5 high res flywire (1 hemisphere R) — aIP5 high res flywire (1 hemisphere R)

aIP5 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aMe3 high res VFB — aMe3 high res VFB

aMe3 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aIP2 high res flywire (1 hemisphere R) — aIP2 high res flywire (1 hemisphere R)

aIP2 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aIP2 high res flywire (1 hemisphere L) — aIP2 high res flywire (1 hemisphere L)

aIP2 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aDT5 high res Flywire (1 hemisphere L) — aDT5 high res Flywire (1 hemisphere L)

aDT5 high res Flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aDT5 high res VFB — aDT5 high res VFB

aDT5 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aSP1 high res flywire (1 hemisphere R) — aSP1 high res flywire (1 hemisphere R)

aSP1 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aSP1 high res VFB — aSP1 high res VFB

aSP1 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aSP25 high res flywire (1 hemisphere R) — aSP25 high res flywire (1 hemisphere R)

aSP25 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aSP25 high res flywire (1 hemisphere L) — aSP25 high res flywire (1 hemisphere L)

aSP25 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP25 high res VFB — aSP25 high res VFB

aSP25 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aIP1 high res (1 hemisphere R) — aIP1 high res (1 hemisphere R)

aIP1 high res (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pMP5 high res VFB — pMP5 high res VFB

pMP5 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aIP1 high res VFB — aIP1 high res VFB

aIP1 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aSP27 high res VFB — aSP27 high res VFB

aSP27 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pIP6 high res VFB — pIP6 high res VFB

pIP6 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pIP7 high res VFB — pIP7 high res VFB

pIP7 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pIP11 highr es VFB — pIP11 highr es VFB

pIP11 highr es VFB — individual cell reconstruction.

Individuals Contributed by the team

pIP13 high res VFB — pIP13 high res VFB

pIP13 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aIP3 high res VFB — aIP3 high res VFB

aIP3 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aSP6 high res VFB — aSP6 high res VFB

aSP6 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aSP7 high res VFB — aSP7 high res VFB

aSP7 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aSP8 high res VFB — aSP8 high res VFB

aSP8 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aSP10 high res VFB2 — aSP10 high res VFB2

aSP10 high res VFB2 — individual cell reconstruction.

Individuals Contributed by the team

aSP11 high res VFB — aSP11 high res VFB

aSP11 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aSP26 high res VFB — aSP26 high res VFB

aSP26 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

mAL high res VFB — mAL high res VFB

mAL high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pIP5 high res VFB — pIP5 high res VFB

pIP5 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pMP20 high res VFB — pMP20 high res VFB

pMP20 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pSP3 high res VFB — pSP3 high res VFB

pSP3 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pSP7 high res VFB — pSP7 high res VFB

pSP7 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pSP8 high res VFB — pSP8 high res VFB

pSP8 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pSP9 high res VFB — pSP9 high res VFB

pSP9 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pMN2(vpoDN) high res VFB2 — pMN2(vpoDN) high res VFB2

pMN2(vpoDN) high res VFB2 — individual cell reconstruction.

Individuals Contributed by the team

SAG high res hemibrain — SAG high res hemibrain

SAG high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

SAG high res flywire — SAG high res flywire

SAG high res flywire — individual cell reconstruction.

Individuals Contributed by the team

SAG high res VFB — SAG high res VFB

SAG high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pSP9 high res flywire (1 hemisphere R) — pSP9 high res flywire (1 hemisphere R)

pSP9 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pSP9 high res flywire (1 hemisphere L) — pSP9 high res flywire (1 hemisphere L)

pSP9 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pSP9 high res flywire — pSP9 high res flywire

pSP9 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pSP8 high res flywire (1 hemisphere R) — pSP8 high res flywire (1 hemisphere R)

pSP8 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pSP8 high res flywire — pSP8 high res flywire

pSP8 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pSP7 high res hemibrain — pSP7 high res hemibrain

pSP7 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pSP7 high res flywire (1 hemisphere R) — pSP7 high res flywire (1 hemisphere R)

pSP7 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pSP7 high res flywire (1 hemisphere L) — pSP7 high res flywire (1 hemisphere L)

pSP7 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pSP7 high res flywire — pSP7 high res flywire

pSP7 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pSP5 high res hemibrain — pSP5 high res hemibrain

pSP5 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pSP5 high res flywire (1 hemisphere L) — pSP5 high res flywire (1 hemisphere L)

pSP5 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pSP5 high res flywire (1 hemisphere R) — pSP5 high res flywire (1 hemisphere R)

pSP5 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pSP5 high res flywire — pSP5 high res flywire

pSP5 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pSP3 high res flywire (1 hemisphere L) — pSP3 high res flywire (1 hemisphere L)

pSP3 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pSP3 high res hemibrain — pSP3 high res hemibrain

pSP3 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pSP3 high res flywire (1 hemisphere R) — pSP3 high res flywire (1 hemisphere R)

pSP3 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pSP3 high res flywire — pSP3 high res flywire

pSP3 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pMP20 high res flywire (1 hemisphere R) — pMP20 high res flywire (1 hemisphere R)

pMP20 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pMP20 high res flywire — pMP20 high res flywire

pMP20 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pMP19 high res flywire (1 hemisphere L) — pMP19 high res flywire (1 hemisphere L)

pMP19 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pMP19 high res hemibrain — pMP19 high res hemibrain

pMP19 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pMP19 high res flywire — pMP19 high res flywire

pMP19 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pMP17 high res flywire — pMP17 high res flywire

pMP17 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pMP17 high res hemibrain — pMP17 high res hemibrain

pMP17 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pMP16 high res flywire (1 hemisphere L) — pMP16 high res flywire (1 hemisphere L)

pMP16 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pMP16 high res flywire — pMP16 high res flywire

pMP16 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pMP14 high res hemibrain — pMP14 high res hemibrain

pMP14 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pMP14 high res flywire — pMP14 high res flywire

pMP14 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pMP12 high res flywire — pMP12 high res flywire

pMP12 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pMP9 high res flywire (1 hemisphere R) — pMP9 high res flywire (1 hemisphere R)

pMP9 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pMP9 high res hemibrain — pMP9 high res hemibrain

pMP9 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pMP9 high res flywire — pMP9 high res flywire

pMP9 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pMP7 high res flywire (1 hemisphere R) — pMP7 high res flywire (1 hemisphere R)

pMP7 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pMP7 high res flywire (1 hemisphere L) — pMP7 high res flywire (1 hemisphere L)

pMP7 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pMP7 high res flywire — pMP7 high res flywire

pMP7 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pMP7 high res hemibrain — pMP7 high res hemibrain

pMP7 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pMP6 high res flywire — pMP6 high res flywire

pMP6 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pMP6 high res hemibrain — pMP6 high res hemibrain

pMP6 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pMP5 high res flywire (1 hemisphere R) — pMP5 high res flywire (1 hemisphere R)

pMP5 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pMP5 high res flywire — pMP5 high res flywire

pMP5 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pMP5 high res hemibrain — pMP5 high res hemibrain

pMP5 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pMP3-pCd2 high res flywire (1 hemisphere R) — pMP3-pCd2 high res flywire (1 hemisphere R)

pMP3-pCd2 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pMP3-pCd1 high res hemibrain — pMP3-pCd1 high res hemibrain

pMP3-pCd1 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pMP3-pCd1 high res flywire — pMP3-pCd1 high res flywire

pMP3-pCd1 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pMP3-pCd1 high res flywire (1 hemisphere L) — pMP3-pCd1 high res flywire (1 hemisphere L)

pMP3-pCd1 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pMP1 high res flywire — pMP1 high res flywire

pMP1 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pMP1 high res hemibrain — pMP1 high res hemibrain

pMP1 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pMN2 (vpoDN) high res flywire (1 hemisphere L) — pMN2 (vpoDN) high res flywire (1 hemisphere L)

pMN2 (vpoDN) high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pMN2 (vpoDN) high res flywire — pMN2 (vpoDN) high res flywire

pMN2 (vpoDN) high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pMN2 (vpoDN) high res hemibrain — pMN2 (vpoDN) high res hemibrain

pMN2 (vpoDN) high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pMN2 (vpoDN) high res VFB — pMN2 (vpoDN) high res VFB

pMN2 (vpoDN) high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pMN1(DNp13) high res hemibrain — pMN1(DNp13) high res hemibrain

pMN1(DNp13) high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pMN1(DNp13) high res VFB — pMN1(DNp13) high res VFB

pMN1(DNp13) high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pMN1(DNp13) high res flywire — pMN1(DNp13) high res flywire

pMN1(DNp13) high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pIP20 high res flywire (1 hemisphere L) — pIP20 high res flywire (1 hemisphere L)

pIP20 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pIP20 high res flywire — pIP20 high res flywire

pIP20 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pIP20 high res hemibrain — pIP20 high res hemibrain

pIP20 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pIP18 high res flywire (1 hemisphere L) — pIP18 high res flywire (1 hemisphere L)

pIP18 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pIP18 high res flywire — pIP18 high res flywire

pIP18 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pIP18 high res hemibrain — pIP18 high res hemibrain

pIP18 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pIP18 high res VFB — pIP18 high res VFB

pIP18 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pIP16 high res flywire (1 hemisphere L) — pIP16 high res flywire (1 hemisphere L)

pIP16 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pIP16 high res hemibrain — pIP16 high res hemibrain

pIP16 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pIP16 high res flywire — pIP16 high res flywire

pIP16 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pIP15 high res flywire (1 hemisphere R) — pIP15 high res flywire (1 hemisphere R)

pIP15 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pIP15 high res flywire (1 hemisphere L) — pIP15 high res flywire (1 hemisphere L)

pIP15 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pIP15 high res flywire — pIP15 high res flywire

pIP15 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pIP15 high res hemibrain — pIP15 high res hemibrain

pIP15 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pIP14 high res (1 hemisphere R) — pIP14 high res (1 hemisphere R)

pIP14 high res (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pIP14 high res (1 hemisphere L) — pIP14 high res (1 hemisphere L)

pIP14 high res (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pIP14 high res flywire — pIP14 high res flywire

pIP14 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pIP14 high res hemibrain — pIP14 high res hemibrain

pIP14 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pIP13 high res flywire (1 hemisphere L) — pIP13 high res flywire (1 hemisphere L)

pIP13 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pIP13 high res flywire (1 hemisphere R) — pIP13 high res flywire (1 hemisphere R)

pIP13 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pIP13 high res flywire — pIP13 high res flywire

pIP13 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pIP13 high res hemibrain — pIP13 high res hemibrain

pIP13 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pIP12 high res flywire (1 hemisphere R) — pIP12 high res flywire (1 hemisphere R)

pIP12 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pIP12 high res flywire (1 hemisphere L) — pIP12 high res flywire (1 hemisphere L)

pIP12 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pIP12 high res flywire — pIP12 high res flywire

pIP12 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pIP12 high res hemibrain — pIP12 high res hemibrain

pIP12 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pIP11 high res flywire (1 hemisphere R) — pIP11 high res flywire (1 hemisphere R)

pIP11 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pIP11 high res flywire (1 hemisphere L) — pIP11 high res flywire (1 hemisphere L)

pIP11 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pIP11 high res flywire — pIP11 high res flywire

pIP11 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pIP11 high res hemibrain — pIP11 high res hemibrain

pIP11 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pIP9 high res flywire (1 hemisphere L) — pIP9 high res flywire (1 hemisphere L)

pIP9 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pIP9 high res flywire (1 hemisphere R) — pIP9 high res flywire (1 hemisphere R)

pIP9 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pIP9 high res hemibrain — pIP9 high res hemibrain

pIP9 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pIP9 high res flywire — pIP9 high res flywire

pIP9 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pIP9 high res VFB — pIP9 high res VFB

pIP9 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pIP8 high res flywire — pIP8 high res flywire

pIP8 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pIP7 high res hemibrain — pIP7 high res hemibrain

pIP7 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pIP7 high res flywire (1 hemisphere L) — pIP7 high res flywire (1 hemisphere L)

pIP7 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pIP7 high res flywire (1 hemisphere R) — pIP7 high res flywire (1 hemisphere R)

pIP7 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pIP7 high res flywire — pIP7 high res flywire

pIP7 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pIP6 high res flywire (1 hemispehere L) — pIP6 high res flywire (1 hemispehere L)

pIP6 high res flywire (1 hemispehere L) — individual cell reconstruction.

Individuals Contributed by the team

pIP6 high res flywire (1 hemisphere R) — pIP6 high res flywire (1 hemisphere R)

pIP6 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pIP6 high res flywire — pIP6 high res flywire

pIP6 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pIP6 high res hemibrain — pIP6 high res hemibrain

pIP6 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pIP5 high res flywire (1 hemisphere R) — pIP5 high res flywire (1 hemisphere R)

pIP5 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

pIP5 high res flywire (1 hemisphere L) — pIP5 high res flywire (1 hemisphere L)

pIP5 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pIP5 high res flywire — pIP5 high res flywire

pIP5 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pIP5 high res hemibrain — pIP5 high res hemibrain

pIP5 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pC2ld high res flywire (1 hemisphere L) — pC2ld high res flywire (1 hemisphere L)

pC2ld high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pC2ld high res flywire — pC2ld high res flywire

pC2ld high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pC2ld high res hemibrain — pC2ld high res hemibrain

pC2ld high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pC2lc high res flywire (1 hemisphere L) — pC2lc high res flywire (1 hemisphere L)

pC2lc high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pC2lc high res flywire — pC2lc high res flywire

pC2lc high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pC2lc high res hemibrain — pC2lc high res hemibrain

pC2lc high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pC2lb high res hemibrain — pC2lb high res hemibrain

pC2lb high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pC2lb high res flywire (1 hemisphere L) — pC2lb high res flywire (1 hemisphere L)

pC2lb high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pC2lb high res flywire — pC2lb high res flywire

pC2lb high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pC2la high res flywire (1 hemispehre L) — pC2la high res flywire (1 hemispehre L)

pC2la high res flywire (1 hemispehre L) — individual cell reconstruction.

Individuals Contributed by the team

pC2la high res flywire — pC2la high res flywire

pC2la high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pC2la high res hemibrain — pC2la high res hemibrain

pC2la high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pC1e high res flywire (1 hemisphere L) — pC1e high res flywire (1 hemisphere L)

pC1e high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pC1e high res flywire — pC1e high res flywire

pC1e high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pC1e high res hemibrain — pC1e high res hemibrain

pC1e high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pC1e high res VFB — pC1e high res VFB

pC1e high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pC1d high res flywire (1 hemispehere L) — pC1d high res flywire (1 hemispehere L)

pC1d high res flywire (1 hemispehere L) — individual cell reconstruction.

Individuals Contributed by the team

pC1d high res flywire — pC1d high res flywire

pC1d high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pC1d high res hemibrain — pC1d high res hemibrain

pC1d high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pC1d high res VFB — pC1d high res VFB

pC1d high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pC1c high res flywire (1 hemisphere L) — pC1c high res flywire (1 hemisphere L)

pC1c high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pC1c high res flywire — pC1c high res flywire

pC1c high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pC1c high res VFB — pC1c high res VFB

pC1c high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pC1c high res hemibrain — pC1c high res hemibrain

pC1c high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pC1a high res flywire (1 hemisphere L) — pC1a high res flywire (1 hemisphere L)

pC1a high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pC1b high res flywire (1 hemisphere L) — pC1b high res flywire (1 hemisphere L)

pC1b high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

pC1b high res VFB — pC1b high res VFB

pC1b high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pC1b high res hemibrain — pC1b high res hemibrain

pC1b high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pC1b high res flywire — pC1b high res flywire

pC1b high res flywire — individual cell reconstruction.

Individuals Contributed by the team

pC1a high res VFB — pC1a high res VFB

pC1a high res VFB — individual cell reconstruction.

Individuals Contributed by the team

pC1a high res hemibrain — pC1a high res hemibrain

pC1a high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

pC1a high res flywire — pC1a high res flywire

pC1a high res flywire — individual cell reconstruction.

Individuals Contributed by the team

PAM01 high res flywire (1 hemisphere L) — PAM01 high res flywire (1 hemisphere L)

PAM01 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

PAM01 high res flywire — PAM01 high res flywire

PAM01 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

PAM01 high res hemibrain — PAM01 high res hemibrain

PAM01 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

oviDNb high res ncib — oviDNb high res ncib

oviDNb high res ncib — individual cell reconstruction.

Individuals Contributed by the team

oviDNb high res flywire — oviDNb high res flywire

oviDNb high res flywire — individual cell reconstruction.

Individuals Contributed by the team

oviDNb high res VFB — oviDNb high res VFB

oviDNb high res VFB — individual cell reconstruction.

Individuals Contributed by the team

oviDNb high res hemibrain — oviDNb high res hemibrain

oviDNb high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

oviDNa high res flywire (1 hemisphere L) — oviDNa high res flywire (1 hemisphere L)

oviDNa high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

oviDNa high res flywire — oviDNa high res flywire

oviDNa high res flywire — individual cell reconstruction.

Individuals Contributed by the team

oviDNa high res VFB — oviDNa high res VFB

oviDNa high res VFB — individual cell reconstruction.

Individuals Contributed by the team

mAL high res hemibrain — mAL high res hemibrain

mAL high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

mAL high res flywire (1 hemisphere R) — mAL high res flywire (1 hemisphere R)

mAL high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

mAL high res flywire — mAL high res flywire

mAL high res flywire — individual cell reconstruction.

Individuals Contributed by the team

LC31 Final(VFB)-Highlighted (DO NOT USE) — LC31 Final(VFB)-Highlighted (DO NOT USE)

LC31 Final(VFB)-Highlighted (DO NOT USE) — individual cell reconstruction.

Individuals Contributed by the team

LC31 high res flywire (1 hemisphere L) — LC31 high res flywire (1 hemisphere L)

LC31 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

LC31 high res hemibrain — LC31 high res hemibrain

LC31 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

LC31 high res flywire — LC31 high res flywire

LC31 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

LC31 high res VFB — LC31 high res VFB

LC31 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

LC10a high res flywire (1 hemisphere L) — LC10a high res flywire (1 hemisphere L)

LC10a high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

LC10a high res flywire — LC10a high res flywire

LC10a high res flywire — individual cell reconstruction.

Individuals Contributed by the team

LC10a high res VFB — LC10a high res VFB

LC10a high res VFB — individual cell reconstruction.

Individuals Contributed by the team

IPC high res flywire — IPC high res flywire

IPC high res flywire — individual cell reconstruction.

Individuals Contributed by the team

IPC high res hemibrain — IPC high res hemibrain

IPC high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

DN3A high res hemibrain — DN3A high res hemibrain

DN3A high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

DN3A high res flywire (1 hemisphere L) — DN3A high res flywire (1 hemisphere L)

DN3A high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

DN3A high res flywire — DN3A high res flywire

DN3A high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP30 high res flywire (1 hemisphere L) — aSP30 high res flywire (1 hemisphere L)

aSP30 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP30 high res flywire — aSP30 high res flywire

aSP30 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP30 high res hemibrain — aSP30 high res hemibrain

aSP30 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP29 high res flywire (1 hemisphere L) — aSP29 high res flywire (1 hemisphere L)

aSP29 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP29 high res hemibrain — aSP29 high res hemibrain

aSP29 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP29 high res VFB — aSP29 high res VFB

aSP29 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aSP29 high res flywire — aSP29 high res flywire

aSP29 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP27 high res flywire (1 hemisphere R) — aSP27 high res flywire (1 hemisphere R)

aSP27 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aSP27 high res flywire — aSP27 high res flywire

aSP27 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP26 high res hemibrain — aSP26 high res hemibrain

aSP26 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP26 high res flywire (1 hemisphere L) — aSP26 high res flywire (1 hemisphere L)

aSP26 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP26 high res flywire (1 hemisphere R) — aSP26 high res flywire (1 hemisphere R)

aSP26 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aSP26 high res flywire — aSP26 high res flywire

aSP26 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP25 high res hemibrain — aSP25 high res hemibrain

aSP25 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP25 high res flywire — aSP25 high res flywire

aSP25 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP24 high res flywire (1 hemisphere L) — aSP24 high res flywire (1 hemisphere L)

aSP24 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP24 high res flywire — aSP24 high res flywire

aSP24 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP24 high res hemibrain — aSP24 high res hemibrain

aSP24 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP23 high res flywire — aSP23 high res flywire

aSP23 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP23 high res Hemibrain — aSP23 high res Hemibrain

aSP23 high res Hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP22 high res flywire (1 hemisphere L) — aSP22 high res flywire (1 hemisphere L)

aSP22 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP22 high res flywire — aSP22 high res flywire

aSP22 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP22 high res hemibrain — aSP22 high res hemibrain

aSP22 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP21 high res flywire (1 hemispehre L) — aSP21 high res flywire (1 hemispehre L)

aSP21 high res flywire (1 hemispehre L) — individual cell reconstruction.

Individuals Contributed by the team

aSP21 high res flywire (1 hemisphere R) — aSP21 high res flywire (1 hemisphere R)

aSP21 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aSP21 high res flywire — aSP21 high res flywire

aSP21 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP21 high res hemibrain — aSP21 high res hemibrain

aSP21 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP18 high res flywire (1 hemispehere L) — aSP18 high res flywire (1 hemispehere L)

aSP18 high res flywire (1 hemispehere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP18 high res flywire (1 hemisphere R) — aSP18 high res flywire (1 hemisphere R)

aSP18 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aSP18 high res flywire — aSP18 high res flywire

aSP18 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP18 high res hemibrain — aSP18 high res hemibrain

aSP18 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP17 high res flywire — aSP17 high res flywire

aSP17 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP17 high res hemibrain — aSP17 high res hemibrain

aSP17 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP16 high res flywire (1 hemisphere L) — aSP16 high res flywire (1 hemisphere L)

aSP16 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP16 high res hemibrain — aSP16 high res hemibrain

aSP16 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP16 high res flywire (1 hemisphere R) — aSP16 high res flywire (1 hemisphere R)

aSP16 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aSP16 high res flywire — aSP16 high res flywire

aSP16 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP14 high res hemibrain (1 hemisphere L) — aSP14 high res hemibrain (1 hemisphere L)

aSP14 high res hemibrain (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP14 high res hemibrain (1 hemisphere R) — aSP14 high res hemibrain (1 hemisphere R)

aSP14 high res hemibrain (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aSP14 high res hemibrain — aSP14 high res hemibrain

aSP14 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP14 high res flywire — aSP14 high res flywire

aSP14 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP11 high res flywire (1 hemisphere L) — aSP11 high res flywire (1 hemisphere L)

aSP11 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP11 high res hemibrain — aSP11 high res hemibrain

aSP11 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP11 high res flywire (1 hemisphere R) — aSP11 high res flywire (1 hemisphere R)

aSP11 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aSP11 high res flywire — aSP11 high res flywire

aSP11 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP10 high res (1 hemisphere L) — aSP10 high res (1 hemisphere L)

aSP10 high res (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP10 high res VFB — aSP10 high res VFB

aSP10 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aSP10 high res flywire (1 hemisphere R) — aSP10 high res flywire (1 hemisphere R)

aSP10 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aSP10 high res flywire — aSP10 high res flywire

aSP10 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP9 high res flywire (1 hemisphere R) — aSP9 high res flywire (1 hemisphere R)

aSP9 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aSP9 high res flywire (1 hemisphere L) — aSP9 high res flywire (1 hemisphere L)

aSP9 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP9 high res flywire — aSP9 high res flywire

aSP9 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP8 high res hemibrain — aSP8 high res hemibrain

aSP8 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP8 high res (1 hemisphere L) — aSP8 high res (1 hemisphere L)

aSP8 high res (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP8 high res ( 1 hemisphere R) — aSP8 high res ( 1 hemisphere R)

aSP8 high res ( 1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aSP8 high res flywire — aSP8 high res flywire

aSP8 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP7 high res flywire (1 hemisphere L) — aSP7 high res flywire (1 hemisphere L)

aSP7 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP7 high res flywire (1 hemisphere R) — aSP7 high res flywire (1 hemisphere R)

aSP7 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aSP7 high res flywire — aSP7 high res flywire

aSP7 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP7 high res hemibrain — aSP7 high res hemibrain

aSP7 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP6 high res flywire (1 hemisphere L) — aSP6 high res flywire (1 hemisphere L)

aSP6 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP6 high res Hemibrain — aSP6 high res Hemibrain

aSP6 high res Hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP6 high res flywire (1 hemisphere R) — aSP6 high res flywire (1 hemisphere R)

aSP6 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aSP6 high res flywire — aSP6 high res flywire

aSP6 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP5 high res flywire (1 hemisphere R) — aSP5 high res flywire (1 hemisphere R)

aSP5 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aSP5 high res flywire — aSP5 high res flywire

aSP5 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP4 high res hemibrain — aSP4 high res hemibrain

aSP4 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP3 high res flywire (1 hemisphere L) — aSP3 high res flywire (1 hemisphere L)

aSP3 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aSP3 high res Hemibrain — aSP3 high res Hemibrain

aSP3 high res Hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aSP4 high res flywire — aSP4 high res flywire

aSP4 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP3 high res flywire — aSP3 high res flywire

aSP3 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSP1 high res flywire — aSP1 high res flywire

aSP1 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aSG7 high res flywire — aSG7 high res flywire

aSG7 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aPN1 high res flywire (1 hemispehere R) — aPN1 high res flywire (1 hemispehere R)

aPN1 high res flywire (1 hemispehere R) — individual cell reconstruction.

Individuals Contributed by the team

aPN1 high res flywire — aPN1 high res flywire

aPN1 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aPN Lateral high res flywire (1 hemisphere L) — aPN Lateral high res flywire (1 hemisphere L)

aPN Lateral high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aPN Lateral high res flywire (1 hemisphere R) — aPN Lateral high res flywire (1 hemisphere R)

aPN Lateral high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aPN Lateral high res flywire — aPN Lateral high res flywire

aPN Lateral high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aMe3 high res (1 hemispehre L) — aMe3 high res (1 hemispehre L)

aMe3 high res (1 hemispehre L) — individual cell reconstruction.

Individuals Contributed by the team

aMe3 high res flywire (1 hemisphere R) — aMe3 high res flywire (1 hemisphere R)

aMe3 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aMe3 high res flywire — aMe3 high res flywire

aMe3 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aIPgc high res flywire (1 hemisphere L) — aIPgc high res flywire (1 hemisphere L)

aIPgc high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aIPgc high res flywire (1 hemisphere R) — aIPgc high res flywire (1 hemisphere R)

aIPgc high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aIPgc high res flywire — aIPgc high res flywire

aIPgc high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aIPgc high res VFB — aIPgc high res VFB

aIPgc high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aIPgb high res flywire (1 hemisphere L) — aIPgb high res flywire (1 hemisphere L)

aIPgb high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aIPgb high res flywire (1 hemisphere R) — aIPgb high res flywire (1 hemisphere R)

aIPgb high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aIPgb high res flywire — aIPgb high res flywire

aIPgb high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aIPga high res flywire (1 hemisphere L) — aIPga high res flywire (1 hemisphere L)

aIPga high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aIPga high res flywire (1 hemisphere R) — aIPga high res flywire (1 hemisphere R)

aIPga high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aIPga high res flywire — aIPga high res flywire

aIPga high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aIP8 high res flywire (1 hemisphere R) — aIP8 high res flywire (1 hemisphere R)

aIP8 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aIP8 high res flywire (1 hemisphere L) — aIP8 high res flywire (1 hemisphere L)

aIP8 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aIP8 high res flywire — aIP8 high res flywire

aIP8 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aIP8 high res Hemibrain — aIP8 high res Hemibrain

aIP8 high res Hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aIP6 high res flywire (1 hemisphere R) — aIP6 high res flywire (1 hemisphere R)

aIP6 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aIP6 high res flywire (1 hemisphere L) — aIP6 high res flywire (1 hemisphere L)

aIP6 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aIP6 high res flywire — aIP6 high res flywire

aIP6 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aIP6 high res hemibrain — aIP6 high res hemibrain

aIP6 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aIP5 high res flywire (1 hemisphere L) — aIP5 high res flywire (1 hemisphere L)

aIP5 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aIP5 high res flywire — aIP5 high res flywire

aIP5 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aIP5 high res Hemibrain — aIP5 high res Hemibrain

aIP5 high res Hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aIP3 high res flywire (1 hemisphere R) — aIP3 high res flywire (1 hemisphere R)

aIP3 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aIP3 high res flywire (1 hemisphere L) — aIP3 high res flywire (1 hemisphere L)

aIP3 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aIP3 high res Hemibrain — aIP3 high res Hemibrain

aIP3 high res Hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aIP3 high res flywire — aIP3 high res flywire

aIP3 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aIP2 Final(Hemibrain) — aIP2 Final(Hemibrain)

aIP2 Final(Hemibrain) — individual cell reconstruction.

Individuals Contributed by the team

aIP2 high res flywire — aIP2 high res flywire

aIP2 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aIP1 high res flywire (1 hemisphere L) — aIP1 high res flywire (1 hemisphere L)

aIP1 high res flywire (1 hemisphere L) — individual cell reconstruction.

Individuals Contributed by the team

aIP1 high res flywire — aIP1 high res flywire

aIP1 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aIP1 high res Hemibrain — aIP1 high res Hemibrain

aIP1 high res Hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aDT11 high res flywire (1 hemisphere) — aDT11 high res flywire (1 hemisphere)

aDT11 high res flywire (1 hemisphere) — individual cell reconstruction.

Individuals Contributed by the team

aDT11 high res flywire — aDT11 high res flywire

aDT11 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aDT10 high res flywire (1 hemisphere) — aDT10 high res flywire (1 hemisphere)

aDT10 high res flywire (1 hemisphere) — individual cell reconstruction.

Individuals Contributed by the team

aDT10 high res Hemibrain (1 hemisphere) — aDT10 high res Hemibrain (1 hemisphere)

aDT10 high res Hemibrain (1 hemisphere) — individual cell reconstruction.

Individuals Contributed by the team

aDT10 high res flywire — aDT10 high res flywire

aDT10 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aDT10 high res hemibrain — aDT10 high res hemibrain

aDT10 high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aDT9 high res flywire (1 hemisphere) — aDT9 high res flywire (1 hemisphere)

aDT9 high res flywire (1 hemisphere) — individual cell reconstruction.

Individuals Contributed by the team

aDT9 high res Hemibrain — aDT9 high res Hemibrain

aDT9 high res Hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aDT9 high res flywire — aDT9 high res flywire

aDT9 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aDT7 high res flywire — aDT7 high res flywire

aDT7 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aDT6 high res VFB — aDT6 high res VFB

aDT6 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aDT6 high res flywire — aDT6 high res flywire

aDT6 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aDT5 high res flywire (1 hemisphere R) — aDT5 high res flywire (1 hemisphere R)

aDT5 high res flywire (1 hemisphere R) — individual cell reconstruction.

Individuals Contributed by the team

aDT5 high res flywire — aDT5 high res flywire

aDT5 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aDT3 high res VFB — aDT3 high res VFB

aDT3 high res VFB — individual cell reconstruction.

Individuals Contributed by the team

aDT3 high res flywire — aDT3 high res flywire

aDT3 high res flywire — individual cell reconstruction.

Individuals Contributed by the team

aDN high res hemibrain — aDN high res hemibrain

aDN high res hemibrain — individual cell reconstruction.

Individuals Contributed by the team

aDN high res flywire — aDN high res flywire

aDN high res flywire — individual cell reconstruction.

Individuals Contributed by the team

Codex EM Screenshots

Austin

Austin's "Codex EM Screenshots" set — 125 EM screenshots.

DN3A Codex (L) — DN3A Codex (L)

DN3A Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

aPN1 Codex — aPN1 Codex

aPN1 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aSP10 Codex (R) — aSP10 Codex (R)

aSP10 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aDT3 Codex — aDT3 Codex

aDT3 Codex — Codex EM screenshot.

Codex EM Contributed by the team

pIP7 Codex — pIP7 Codex

pIP7 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aSP22 Codex — aSP22 Codex

aSP22 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aSP8 Codex — aSP8 Codex

aSP8 Codex — Codex EM screenshot.

Codex EM Contributed by the team

vpoDN Codex — vpoDN Codex

vpoDN Codex — Codex EM screenshot.

Codex EM Contributed by the team

DNp13 Codex — DNp13 Codex

DNp13 Codex — Codex EM screenshot.

Codex EM Contributed by the team

pMP5-pCd2 Codex (R) — pMP5-pCd2 Codex (R)

pMP5-pCd2 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

LC31b Codex — LC31b Codex

LC31b Codex — Codex EM screenshot.

Codex EM Contributed by the team

aSP31(aSP1) Codex (L) — aSP31(aSP1) Codex (L)

aSP31(aSP1) Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

aDT10 Codex (R) — aDT10 Codex (R)

aDT10 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pMP6 Codex (R) — pMP6 Codex (R)

pMP6 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aIP8 Codex — aIP8 Codex

aIP8 Codex — Codex EM screenshot.

Codex EM Contributed by the team

pMP1 Codex (1 cell) (R) — pMP1 Codex (1 cell) (R)

pMP1 Codex (1 cell) (R) — Codex EM screenshot.

Codex EM Contributed by the team

pMP1 Codex (2 cells) — pMP1 Codex (2 cells)

pMP1 Codex (2 cells) — Codex EM screenshot.

Codex EM Contributed by the team

pIP18 Codex — pIP18 Codex

pIP18 Codex — Codex EM screenshot.

Codex EM Contributed by the team

pMP20 Codex — pMP20 Codex

pMP20 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aIP6 Codex — aIP6 Codex

aIP6 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aDN Codex — aDN Codex

aDN Codex — Codex EM screenshot.

Codex EM Contributed by the team

Ruby Codex (L) — Ruby Codex (L)

Ruby Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

Bluebell Codex (L) — Bluebell Codex (L)

Bluebell Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

Trumpet Codex (L) — Trumpet Codex (L)

Trumpet Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

pMP3-pCd1 Codex (R) — pMP3-pCd1 Codex (R)

pMP3-pCd1 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pIP9 Codex (R) — pIP9 Codex (R)

pIP9 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pCd2 Codex (R) — pCd2 Codex (R)

pCd2 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pC2ld Codex (R) — pC2ld Codex (R)

pC2ld Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pC2lc Codex (R) — pC2lc Codex (R)

pC2lc Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pC2lb Codex (R) — pC2lb Codex (R)

pC2lb Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pC2la Codex (R) — pC2la Codex (R)

pC2la Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pC1e Codex (L) — pC1e Codex (L)

pC1e Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

pC1d Codex (L) — pC1d Codex (L)

pC1d Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

pC1c Codex (L) — pC1c Codex (L)

pC1c Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

pC1b Codex (L) — pC1b Codex (L)

pC1b Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

pC1a Codex (L) — pC1a Codex (L)

pC1a Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

aDN Codex (R) — aDN Codex (R)

aDN Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aIP5 Codex — aIP5 Codex

aIP5 Codex — Codex EM screenshot.

Codex EM Contributed by the team

SAG Codex (L) — SAG Codex (L)

SAG Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

Ruby Codex — Ruby Codex

Ruby Codex — Codex EM screenshot.

Codex EM Contributed by the team

pSP9 Codex — pSP9 Codex

pSP9 Codex — Codex EM screenshot.

Codex EM Contributed by the team

pSP8 Codex (R) — pSP8 Codex (R)

pSP8 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pSP7 Codex (R) — pSP7 Codex (R)

pSP7 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pSP5 Codex — pSP5 Codex

pSP5 Codex — Codex EM screenshot.

Codex EM Contributed by the team

pSP3 Codex — pSP3 Codex

pSP3 Codex — Codex EM screenshot.

Codex EM Contributed by the team

pSP3 Codex (R) — pSP3 Codex (R)

pSP3 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pMP20 Codex (R) — pMP20 Codex (R)

pMP20 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pMP19 Codex (L) — pMP19 Codex (L)

pMP19 Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

pMP16 Codex — pMP16 Codex

pMP16 Codex — Codex EM screenshot.

Codex EM Contributed by the team

pMP7 Codex (L) — pMP7 Codex (L)

pMP7 Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

pMP6 Codex — pMP6 Codex

pMP6 Codex — Codex EM screenshot.

Codex EM Contributed by the team

pMP5 Codex (R) — pMP5 Codex (R)

pMP5 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pMP3-pCd1 Codex (L) — pMP3-pCd1 Codex (L)

pMP3-pCd1 Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

pMP1 Codex (4 cells) — pMP1 Codex (4 cells)

pMP1 Codex (4 cells) — Codex EM screenshot.

Codex EM Contributed by the team

pMN2 (vpoDN) Codex (L) — pMN2 (vpoDN) Codex (L)

pMN2 (vpoDN) Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

pMN1 (DNp13) Codex (L) — pMN1 (DNp13) Codex (L)

pMN1 (DNp13) Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

aPN Lateral Codex (L) — aPN Lateral Codex (L)

aPN Lateral Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

aPN Codex (L) — aPN Codex (L)

aPN Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

pMP17 Codex (R) — pMP17 Codex (R)

pMP17 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pMP14 Codex — pMP14 Codex

pMP14 Codex — Codex EM screenshot.

Codex EM Contributed by the team

pMP12 Codex — pMP12 Codex

pMP12 Codex — Codex EM screenshot.

Codex EM Contributed by the team

pMP9 Codex (R) — pMP9 Codex (R)

pMP9 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aSP23 Codex (R) — aSP23 Codex (R)

aSP23 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pIP8b Codex (R) — pIP8b Codex (R)

pIP8b Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pIP8a Codex (R) — pIP8a Codex (R)

pIP8a Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pIP7 Codex (R) — pIP7 Codex (R)

pIP7 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pIP6 Codex (R) — pIP6 Codex (R)

pIP6 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pIP5 Codex (R) — pIP5 Codex (R)

pIP5 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aSP3 Codex — aSP3 Codex

aSP3 Codex — Codex EM screenshot.

Codex EM Contributed by the team

pIP20 Codex (L) — pIP20 Codex (L)

pIP20 Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

pIP18 Codex (L) — pIP18 Codex (L)

pIP18 Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

pIP16(a,b) Codex — pIP16(a,b) Codex

pIP16(a,b) Codex — Codex EM screenshot.

Codex EM Contributed by the team

pIP15 Codex (R) — pIP15 Codex (R)

pIP15 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pIP14 Codex — pIP14 Codex

pIP14 Codex — Codex EM screenshot.

Codex EM Contributed by the team

pIP13 Codex (R) — pIP13 Codex (R)

pIP13 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

pIP12 Codex — pIP12 Codex

pIP12 Codex — Codex EM screenshot.

Codex EM Contributed by the team

pIP11 Codex — pIP11 Codex

pIP11 Codex — Codex EM screenshot.

Codex EM Contributed by the team

PAM01 Codex (L) — PAM01 Codex (L)

PAM01 Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

oviDNb Codex (L) — oviDNb Codex (L)

oviDNb Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

oviDNa Codex (L) — oviDNa Codex (L)

oviDNa Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

mAL Codex (R) — mAL Codex (R)

mAL Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

LC31(a and b) Codex — LC31(a and b) Codex

LC31(a and b) Codex — Codex EM screenshot.

Codex EM Contributed by the team

LC10a Codex — LC10a Codex

LC10a Codex — Codex EM screenshot.

Codex EM Contributed by the team

IPC Codex (L) — IPC Codex (L)

IPC Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

aSP30 Codex (L) — aSP30 Codex (L)

aSP30 Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

aSP29 Codex — aSP29 Codex

aSP29 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aSP27 Codex (R) — aSP27 Codex (R)

aSP27 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aSP26 Codex (R) — aSP26 Codex (R)

aSP26 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aSP25 Codex (R) — aSP25 Codex (R)

aSP25 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aSP24 Codex — aSP24 Codex

aSP24 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aSP23 Codex — aSP23 Codex

aSP23 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aSP22 Codex (L) — aSP22 Codex (L)

aSP22 Codex (L) — Codex EM screenshot.

Codex EM Contributed by the team

aSP21 Codex (R) — aSP21 Codex (R)

aSP21 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aSP18 Codex — aSP18 Codex

aSP18 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aSP17 Codex — aSP17 Codex

aSP17 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aSP16 Codex — aSP16 Codex

aSP16 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aSP14 Codex (R) — aSP14 Codex (R)

aSP14 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aPN1 Codex (R) — aPN1 Codex (R)

aPN1 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aMe3 Codex — aMe3 Codex

aMe3 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aIPgc Codex — aIPgc Codex

aIPgc Codex — Codex EM screenshot.

Codex EM Contributed by the team

aIPgb Codex — aIPgb Codex

aIPgb Codex — Codex EM screenshot.

Codex EM Contributed by the team

aIPga Codex — aIPga Codex

aIPga Codex — Codex EM screenshot.

Codex EM Contributed by the team

aDT7 Codex (R) — aDT7 Codex (R)

aDT7 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aSP9 Codex — aSP9 Codex

aSP9 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aSP8 Codex (R) — aSP8 Codex (R)

aSP8 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aSP7 Codex (R) — aSP7 Codex (R)

aSP7 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aSP6 Codex — aSP6 Codex

aSP6 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aSP5 Codex (R) — aSP5 Codex (R)

aSP5 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aSP4 Codex — aSP4 Codex

aSP4 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aSP31(aSP1) Codex — aSP31(aSP1) Codex

aSP31(aSP1) Codex — Codex EM screenshot.

Codex EM Contributed by the team

aSP3 Codex (R) — aSP3 Codex (R)

aSP3 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aSP11 Codex (R) — aSP11 Codex (R)

aSP11 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aSG7 Codex (L) Gray — aSG7 Codex (L) Gray

aSG7 Codex (L) Gray — Codex EM screenshot.

Codex EM Contributed by the team

aIP6 Codex (R) — aIP6 Codex (R)

aIP6 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aIP5 Codex (R) — aIP5 Codex (R)

aIP5 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aIP3 Codex (R) — aIP3 Codex (R)

aIP3 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aIP2 Codex (R) — aIP2 Codex (R)

aIP2 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aIP1 Codex (R) — aIP1 Codex (R)

aIP1 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aDT5 Codex (R) — aDT5 Codex (R)

aDT5 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aDT3 Codex (R) — aDT3 Codex (R)

aDT3 Codex (R) — Codex EM screenshot.

Codex EM Contributed by the team

aDT9 Codex — aDT9 Codex

aDT9 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aDT7 Codex — aDT7 Codex

aDT7 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aDT6 Codex — aDT6 Codex

aDT6 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aDT5 Codex — aDT5 Codex

aDT5 Codex — Codex EM screenshot.

Codex EM Contributed by the team

aDT11 Codex — aDT11 Codex

aDT11 Codex — Codex EM screenshot.

Codex EM Contributed by the team

More on Drive

A few larger animations and videos are hosted on Drive rather than embedded here:

Image Bounty List

Wanted

We're looking for good examples of these structures and phenomena. Have an image you want to share? Submit it on GitHub.

Tissue fold example (any dataset)

Tissue crack example (any dataset)

False merger example (BANC or FAFB)

False split example (BANC or FAFB)

Synapse examples from BANC dataset

Axon/dendrite crossing fibers

Zebrafish (zfish) synapse examples

Zebrafish (zfish) image errors / acquisition defects

Zebrafish (zfish) imaging artifacts