Gallery
Annotated examples, training images, and reference materials organized by dataset and category.
BANC
Brain and Nerve CordFull brain and ventral nerve cord dataset providing complete CNS connectivity.
Structure
Soma Arrangement (Color Overlay)
Dense cluster of cell bodies with color segmentation overlay. Each unique color represents an individually segmented soma.
Structure
Single Soma (Color Overlay)
Individual neuronal soma highlighted with color segmentation overlay, showing the cell body boundary and surrounding neighbors.
Structure
Dense Soma Region
Region densely packed with neuronal cell bodies. Nuclei and surrounding neuropil visible throughout.
Structure
Sparse Soma Region
Region with fewer, well-separated cell bodies surrounded by extensive neuropil.
Structure
Dark Soma (Possible Glia)
Darkly stained cell body with electron-dense cytoplasm, possibly glial in origin. Note the distinct contrast difference from surrounding neurons.
Structure
Large Soma with Organelles
Exceptionally large neuronal soma rich in organelles including prominent nucleus, endoplasmic reticulum, and mitochondria.
Structure
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.
Structure
Large Soma with Organelles (View 3)
Third view highlighting the scale of a large neuronal soma relative to surrounding neurites and neuropil.
Structure
Possibly Myelinated Soma
Soma with an unusually thick membrane border, potentially myelinated. Note: horizontal line artifact from monitor capture is also visible.
Structure
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?
Structure
Golgi Apparatus and Organelles
Golgi apparatus visible alongside mitochondria, cisternae, microvesicles, and vacuoles near a soma. Cell membrane border clearly delineated.
Structure
Golgi Apparatus (Detail)
Close-up view of Golgi apparatus showing stacked cisternae and associated vesicles within the cytoplasm.
Structure
Membrane Whorls and Golgi Apparatus
Large, heavily stained membrane whorls alongside Golgi apparatus and various organelles within or near a cell body.
Structure
Dense Organelle Cluster Near Soma
Heavily stained organelles including mitochondria clustered near a soma. Note the high electron density contrasting with surrounding cytoplasm.
Structure
Membrane Whorl
Concentric membrane whorl forming a spiral pattern. These lamellar structures are occasionally encountered and may represent myelin figures or autophagic bodies.
Structure
Membrane Spirals (Close-up)
High-magnification view of concentric membrane spirals. The tightly wound lamellae create a distinctive fingerprint-like pattern.
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.
Structure
Orphan Mitochondria Cluster (With Context)
Same orphan cluster shown with surrounding neuropil, dataset coordinates, and layer information for reference.
Structure
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.
Structure
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.
Structure
Lipid Droplets
Cluster of lipid droplets (fat globules) appearing as electron-dense spherical inclusions. Commonly found near cell bodies.
Structure
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.
Structure
Parallel Axon Bundle
Bundle of neurites sectioned in the parallel plane, probably axonal. Note the uniform elongated profiles and consistent diameter.
Defect
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.
Defect
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.
Defect
Membrane Blowout
Localized membrane blowout where tissue has ruptured outward, creating a washed-out void. Green outline marks the affected boundary.
Defect
Section Pinch
Tissue compression artifact where the section was pinched during preparation, creating artificial convergence of structures.
Defect
Section Stretch
Stretching artifact showing tissue pulled along one axis. Green arrows indicate the direction of distortion. Structures appear elongated and thinned.
Defect
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.
Defect
Resin Tear
Tear occurring within the embedding resin rather than the tissue itself. Shows clean break edges characteristic of resin fracture.
Defect
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.
Defect
Folds with Rippling
Zoomed-out view showing section folds accompanied by wavy, faded rippling patterns. Tissue appears distorted across a large area.
Defect
Severe Section Folds
Extreme folding artifact with multiple overlapping fold layers creating near-total data loss in affected regions.
Defect
Staining Artifact
Uneven heavy metal staining producing localized dark deposits that obscure underlying ultrastructure.
Defect
Splotch Artifact
Irregular dark splotching at section boundaries, likely from staining contamination or resin pooling during preparation.
Defect
Combined Defects: Staining, Fold, Lipid Droplets
Multiple artifacts in one region: uneven staining, tissue fold (dark diagonal band), and scattered lipid droplets (fat globules).
Defect
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.
Defect
Multiple Section Errors (Central Chiasm)
Central chiasm region exhibiting multiple simultaneous defects: large tissue distortions, folds, and torn areas. Severely compromised data integrity.
Defect
Section Cracks (aka Lightning™)
Zoomed-out view showing branching cracks propagating across the section. Nicknamed “lightning” for their characteristic branching pattern.
Defect
Multiple Section Errors (Overview)
Panoramic view showing a convergence of defect types: folds, cracks, pinch artifacts, and a missing section — all in one region.
FAFB 2019
FlyWireFull Adult Fly Brain dataset. Primary source for Drosophila connectomics research.
Synapse
T-bar Synapse
Classic T-bar morphology with platform structure, dense body visible in cross-section.
Synapse
Elongated T-bar
Extended platform variant. Note the longer horizontal extent compared to standard T-bars.
Synapse
Multiple T-bars (Smudge)
Clustered synapses appearing as smudge-like shapes. Common in regions of high synaptic density.
Reference Materials
TrainingProtocol reference images and training materials from expert annotators.
Synapse
GT Protocol Reference 6
Ambiguous cases and decision criteria for edge cases.
Cell Segmentation Visual Glossary
82 figuresVisual 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).
Glossary
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).
Glossary
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).
Glossary
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).
Glossary
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).
Glossary
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.
Glossary
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.
Glossary
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).
Glossary
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.
Glossary
Segmentation question (purple circle)
A submitted example asking how to handle the region circled in light purple — another ambiguous segmentation boundary.
Glossary
Possible fat globule artifact
A likely fat globule or imaging artifact that can be mistaken for cellular structure during voxel painting.
Glossary
Possible fat globule artifact
A fat globule or imaging artifact — a reminder that not every dark blob is a segmentable structure.
Glossary
Possible fat globule artifact
Another fat globule or imaging artifact shown for comparison.
Glossary
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).
Glossary
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).
Glossary
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).
Glossary
Long thin axon (3D)
A 3D segmentation of a long, thin axon backbone rendered in Neuroglancer.
Glossary
Axon bundle cross-section
A perpendicular-plane cut through an axonal bundle, showing many axons in cross-section.
Glossary
Axon bouton (2D)
An axonal bouton highlighted in a 2D EM slice.
Glossary
Axon bouton neurite (3D)
A 3D render of an axonal neurite carrying a bouton.
Glossary
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.
Glossary
Myelinated axon among boutons
A myelinated axon surrounded by other axonal boutons.
Glossary
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.
Glossary
Annotated synapse (vesicles + axon)
An annotated EM image of a synapse, with the vesicle cluster and presynaptic axon labelled.
Glossary
Annotated synapse site
An annotated EM image pointing out the vesicles and axon at a synaptic site.
Glossary
Annotated synapse site
Another annotated synaptic site with the vesicles and axon called out.
Glossary
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.
Glossary
Backbone with organelles
A large slice through a cell's backbone showing microtubules along with ER and lysosomes or mitochondria.
Glossary
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.
Glossary
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.
Glossary
Slender axonal branch (3D)
A slender, probably axonal neuronal branch rendered in 3D.
Glossary
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.
Glossary
Branch split / axon hillock
A branch split point shown in 2D and 3D side by side, possibly marking where the axon hillock sits.
Glossary
Synapse sites (yellow circles)
An EM field with yellow circles highlighting several synaptic areas.
Glossary
Synapses with large PSDs
An EM field with blue arrows pointing to synapses that have large postsynaptic densities.
Glossary
Annotated axon–dendrite synapse
An annotated image showing a dendrite, an axon, and the point where they synapse.
Glossary
Annotated axon–dendrite synapse
Another annotated axon-to-dendrite synapse with the partners labelled.
Glossary
Spine head onto axon (3D)
A 3D view of a dendritic spine head synapsing onto the backbone of an axon.
Glossary
Axon–dendrite synapse (2D, overlay)
A 2D EM slice with the synapsing axon and dendrite picked out by segmentation overlay.
Glossary
Axon–dendrite synapse (2D, overlay)
Another 2D slice with the synapsing axon and dendrite highlighted.
Glossary
Axon–dendrite synapse (raw EM)
A 2D synapse between an axon and dendrite shown on raw EM with no segmentation overlay.
Glossary
Axon–dendrite synapse (2D)
A 2D EM view of an axon and dendrite synapsing.
Glossary
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.
Glossary
Parallel-plane synapse (overlay)
A parallel-plane axon–dendrite synapse with segmentation overlay.
Glossary
Axon–dendrite synapse (3D)
A 3D render of an axon and dendrite synapsing.
Glossary
Synaptic gap / PSD (pink arrow)
A 2D axon–dendrite synapse with a pink arrow pointing at the synaptic gap and postsynaptic density.
Glossary
Synaptic gap / PSD (pink arrow)
Another 2D synapse with a pink arrow marking the synaptic gap and PSD.
Glossary
Synapse (bounding box)
A small bounding box highlighting a single synapse.
Glossary
Synapse (bounding box)
Another bounding-box highlight around a synapse.
Glossary
Uncertain synapse (annotated)
An annotated 2D EM image of a highlighted segment where the annotator was unsure whether a synapse was present.
Glossary
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.
Glossary
Neuronal soma (EM)
A clean, high-quality EM image of a neuronal soma.
Glossary
Soma organelles (zoom)
A zoomed-in view of the organelles inside a soma.
Glossary
Soma organelles (zoom)
Another zoomed-in view of soma organelles.
Glossary
Soma, 2D + 3D
A soma shown side by side in 2D EM and 3D.
Glossary
Morphology reference plate
A textbook-style reference plate describing cell morphology, annotating 3D renders for many of the glossary's terms.
Glossary
Large soma
A large neuronal soma.
Glossary
Many somas
A field containing many somas.
Glossary
Glia, 2D + 3D
A glial cell shown side by side in 2D and 3D.
Glossary
Glia (3D)
A glial cell rendered in 3D.
Glossary
Glia, possible merger (3D)
A large mass of glia in 3D — possibly a merger of several glial cells.
Glossary
Large glia merger
A large glia merger.
Glossary
Glia outline (2D)
A glial cell traced with a dotted outline in 2D.
Glossary
Annotated glia
An annotated EM image of glial cells.
Glossary
Glia outline (2D)
Another glial cell traced with a dotted outline in 2D.
Glossary
Glia from multiple angles
A large EM collage of a single glial cell viewed from several angles.
Glossary
Synapses + glia reference
A collage of synapses with the glia highlighted in some frames — a quick reference for spotting glia at a glance.
Glossary
Glia highlight comparison
The same EM view shown twice, side by side, with the glia highlighted in one and not the other.
Glossary
Folded glial membranes
A 2D-and-3D pair showing the layers of membrane glia form when folded into one another.
Glossary
Myelinated axon cross-cut (HD)
A high-definition 2D cross-cut of a myelinated neuron.
Glossary
Myelinated axon cross-cut
A 2D cross-cut of a myelinated neuron.
Glossary
Myelinated axon cross-cut (HD)
Another high-definition 2D cross-cut of a myelinated neuron.
Glossary
Blood vessel
A large EM image of a blood vessel.
Glossary
Blood vessel
Another large EM image of a blood vessel.
Glossary
Glial soma + dense organelle
A 2D view of what appears to be a glial soma containing a very densely stained organelle.
Glossary
Membrane swirl
A membrane swirl.
Glossary
Membrane swirl / artifact
A membrane swirl or imaging error, possibly involving a fat globule.
Glossary
Three mitochondria
Three mitochondria shown together in cross-section — a clean reference for mitochondrial membrane texture and staining.
Glossary
Mitochondrion (parallel cut)
A mitochondrion captured in the parallel plane.
Glossary
Mitochondrion (perpendicular cut)
A mitochondrion captured in the perpendicular plane.
Glossary
Mitochondria
More mitochondria shown for reference.
Glossary
Mitochondria (arrow field)
A field of arrows pointing to several mitochondria, used as a training aid for spotting them.
Glossary
Dark spots in myelinated axon
Red circles highlight a questionable dark-spot pattern inside a myelinated axon — likely imaging errors caused by fat globules.
Optic Lobe Cell Name Guide
58 figuresNaming 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).
Cell Guide
Title fly cartoon
An illustrated cartoon fly opening the Optic Lobe Cell Name Guide.
Cell Guide
Lightbulb menu options
A screenshot of the lightbulb menu's drop-down list of options.
Cell Guide
Fischbach cell-type collage
A collage of the canonical optic-lobe cell types reproduced from the Fischbach reference, used as a visual naming key.
Cell Guide
3D neuropil + cell names
A collage of 3D neuropil renders labelled with cell names, showing where each cell type sits.
Cell Guide
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.
Cell Guide
Dm cell lattice patterns
Dm cells shown together, illustrating their structural variations and the lattice-like patterns they form across the medulla.
Cell Guide
Dm type examples (3D)
A large panel of 3D examples spanning the different Dm cell types.
Cell Guide
Medulla layers + photoreceptors
A Fischbach plate showing the layers of the medulla and the photoreceptor cells.
Cell Guide
Mi / TmY / Li cells (Fischbach)
A Fischbach plate showing medulla-intrinsic, trans-lobula-plate, and lobula-intrinsic cells.
Cell Guide
Lawf / Lai cells (Fischbach)
A Fischbach plate showing Mawf1, Lawf2, and Lai cells and where they innervate.
Cell Guide
Dm / Pm / Lcn cells (Fischbach)
A Fischbach plate showing Dm cells along with Pm, Lcn, Lt, and TLp cells.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
Layer innervation (light micro.)
A light-microscopy image showing the various layers and the neurons that innervate at specific layers.
Cell Guide
Tm5 subtypes (3D)
3D renders illustrating the small differences between the Tm5 subtypes.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
Whole Tm neuron (3D)
A complete Tm neuron rendered in 3D.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
TmY14 + subtype
TmY14 shown side by side with a possible subtype.
Cell Guide
TmY innervation variation
A cartoon showing how a TmY subtype can vary by where it innervates.
Cell Guide
TmY14
A render of the TmY14 cell.
Cell Guide
TmY15
A render of the TmY15 cell.
Cell Guide
TmY15
Another render of the TmY15 cell.
Cell Guide
TmY16
A render of the TmY16 cell.
Cell Guide
TmY18
A render of the TmY18 cell.
Cell Guide
TmY cell variety
A panel showing a variety of TmY cells together.
Cell Guide
TmY20
A render of the TmY20 cell.
Cell Guide
Tm cells (light micro.)
Light-microscopy images of Tm cells.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
Y11 (light micro.)
A light-microscopy image of the Y11 cell.
Cell Guide
Y12 (light micro.)
A light-microscopy image of the Y12 cell.
Cell Guide
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.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
LC cell variety (Fischbach)
A Fischbach plate showing the variety of LC (lobula columnar) cells.
Cell Guide
Mt cells (Fischbach)
A Fischbach plate showing Mt cells.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
Fischbach reference plate
A reference plate from the Fischbach optic-lobe atlas of Drosophila cell types.
Cell Guide
LC + LT cells
A figure showing LC (lobula columnar) and LT (lobula tangential) cells.
Cell Guide
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.
Cell Guide
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.
Cell Guide
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.
Cell Guide
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.
Cell Guide
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.
Cell Guide
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.
Cell Guide
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.
Cell Guide
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.
Cell Guide
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.
Cell Guide
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.
Fly Synapses
29 figuresEM examples of fly synapses and their indicators — dense vesicle clusters, synaptic clefts, T-bars, and postsynaptic densities. Source: Optional – Fly synapses (FlyWire @ Princeton).
Synapse
Synaptic region (EM)
An EM view of a fly synaptic region.
Synapse
Synaptic region (EM)
Another EM view of a fly synaptic region.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
Dense-core vesicles
A fly synapse example highlighting dense-core vesicles among the usual indicators (vesicle cluster, cleft, T-bar, PSD).
Synapse
Vesicles binding
A fly synapse example showing vesicles binding at the release site, alongside the cleft, T-bar, and PSD.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
Synapse
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.
FlyWire Cheatsheet
16 figuresQuick-reference pages of FlyWire proofreading keyboard shortcuts and commands. Source: FlyWire Cheatsheet (flywire@princeton).
Cheatsheet
FlyWire Cheatsheet — fig 1
A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.
Cheatsheet
FlyWire Cheatsheet — fig 2
A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.
Cheatsheet
FlyWire Cheatsheet — fig 3
A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.
Cheatsheet
FlyWire Cheatsheet — fig 4
A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.
Cheatsheet
FlyWire Cheatsheet — fig 5
A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.
Cheatsheet
FlyWire Cheatsheet — fig 6
A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.
Cheatsheet
FlyWire Cheatsheet — fig 7
A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.
Cheatsheet
FlyWire Cheatsheet — fig 8
A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.
Cheatsheet
FlyWire Cheatsheet — fig 9
A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.
Cheatsheet
FlyWire Cheatsheet — fig 10
A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.
Cheatsheet
FlyWire Cheatsheet — fig 11
A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.
Cheatsheet
FlyWire Cheatsheet — fig 12
A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.
Cheatsheet
FlyWire Cheatsheet — fig 13
A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.
Cheatsheet
FlyWire Cheatsheet — fig 14
A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.
Cheatsheet
FlyWire Cheatsheet — fig 15
A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.
Cheatsheet
FlyWire Cheatsheet — fig 16
A page from the FlyWire proofreading cheatsheet — keyboard shortcuts and command reference for working in the FlyWire interface.
Optic Lobe Cell Diagrams
16 diagramsFull-resolution Drosophila optic-lobe cell-type morphology renders — Dm, Tm, Mti, SDm, Y, and LPi types. Source: Diagrams – Layers (Kyle Willie).
Diagram
Dm102b_6
Morphology render of the Drosophila optic-lobe cell type Dm102b_6.
Diagram
Dm2a
Morphology render of the Drosophila optic-lobe cell type Dm2a.
Diagram
Dm2b
Morphology render of the Drosophila optic-lobe cell type Dm2b.
Diagram
Dm3p
Morphology render of the Drosophila optic-lobe cell type Dm3p.
Diagram
Dm4
Morphology render of the Drosophila optic-lobe cell type Dm4.
Diagram
Dm9
Morphology render of the Drosophila optic-lobe cell type Dm9.
Diagram
LPi-T5b-DCH (LPi2-1f)
Morphology render of the Drosophila optic-lobe cell type LPi-T5b-DCH (LPi2-1f).
Diagram
Mti123_37_anterior
Morphology render of the Drosophila optic-lobe cell type Mti123_37 (anterior view).
Diagram
Mti123_37_side
Morphology render of the Drosophila optic-lobe cell type Mti123_37 (side view).
Diagram
Mti123_37_ventral
Morphology render of the Drosophila optic-lobe cell type Mti123_37 (ventral view).
Diagram
Mti123_37
Morphology render of the Drosophila optic-lobe cell type Mti123_37.
Diagram
Mti124_67
Morphology render of the Drosophila optic-lobe cell type Mti124_67.
Diagram
SDm100c_67
Morphology render of the Drosophila optic-lobe cell type SDm100c_67.
Diagram
SDm103_34567
Morphology render of the Drosophila optic-lobe cell type SDm103_34567.
Diagram
Tm8b
Morphology render of the Drosophila optic-lobe cell type Tm8b.
Diagram
Y11
Morphology render of the Drosophila optic-lobe cell type Y11.
Image Bounty List
WantedWe're looking for good examples of these structures and phenomena. Have an image you want to share? Submit it on GitHub.