Self-led workshop launch
Our self-led online workshop, originally built for NeuroFly 2026, is a free set of sessions on finding, connecting and examining neurons across all the connectomes on VFB — open to anyone, any time.
Our self-led online workshop, originally built for NeuroFly 2026, is a free set of sessions on finding, connecting and examining neurons across all the connectomes on VFB — open to anyone, any time.
An HHMI video tracing the nearly 20-year story behind Janelia's complete fruit fly connectome, from the 2008 project launch through FIB-SEM imaging, machine-learning-assisted tracing, and the 2025 completion.
A silent HHMI Janelia visualisation of the newly completed male fly connectome — the first map of an entire central nervous system, covering the brain, both optic lobes, and the ventral nerve cord.
A silent HHMI Janelia visualisation of the complete male fly central nervous system connectome, produced to illustrate comparisons between male and female brains.
VFB will be giving a talk and running live demos, alongside our posters, at NeuroFly 2026 in Cologne, Germany.
A two-part narrated tour of BANC, the most extensive fly connectome to date, showing how sensory-motor circuits linking the brain and ventral nerve cord coordinate behaviour across the whole central nervous system.
Explore Virtual Fly Brain data directly through your favorite LLM with the new VFB Model Context Protocol (MCP) tool - now available at vfb3-mcp.virtualflybrain.org
A brief fly-through of an enhanced FIB-SEM volume of the fruit fly larval brain, imaged at 8x8x8 nanometre resolution in Albert Cardona's lab at the MRC LMB.
FlyBase's March 2026 update: US funding restored, the Cambridge curation team still unfunded
A silent HHMI video showing confocal microscopy images of fruit fly neurons combined, piece by piece, into a rough map of the ventral nerve cord — the insect equivalent of a spinal cord.
VFB neuron-to-neuron and neuron-to-expression pattern similarity scores (NBLAST) have been expanded to include the male-CNS optic lobe and FAFB-FlyWire connectome datasets.
A Wellcome Guest Lecture with Greg Jefferis on why his team mapped the fruit fly brain's connectome using AI, and what connectomes could mean for understanding human health.
A silent HHMI visualisation picking out a simple neural circuit for motion detection and hazard evasion among the dense mass of neurons in the fruit fly eye and optic lobe.
A silent visualisation from FlyWire Princeton of the whole adult fly brain connectome, marking the publication of the FlyWire Consortium's Nature 2024 papers.
VFB will be running a workshop on integrating Drosophila connectomics and transcriptomics data.
This guide will help you use the VFBConnect library to interact with Virtual Fly Brain (VFB) data, specifically focusing on working with neuron images and their representations. The examples provided cover retrieving …
Predicted neurotransmitters for EM neurons are now being shown on VFB! They are currently available for Hemibrain and MANC datasets.
FlyBase now has 'Split System Combination' pages displaying curated information for Split-GAL4 lines.
Transcriptomics data is now available on VFB! Find scRNAseq clusters from the Term Info pane for a cell type of interest.
Raw images from the 1020 Larval split-GAL4 lines and 350 Generation 1 LexA lines included in Meissner et al., 2024 are now available on VFB.
Albert Cardona's MRC LMB seminar for non-scientists, using the Drosophila larva to ask what a brain actually contributes when so much behaviour turns out not to need one.
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VFB has been affected by an issue with google's indexing which has affected our ranking in their search results. We applogise for any inconvenience but have been assured this is now fixed and should get back to normal …
A Columbia Zuckerman Institute video on SCAPE, a high-speed 3D microscope that recorded proprioceptive sensory neurons firing inside a freely crawling fruit fly larva.
An HHMI video on Janelia's first nanoscale, whole-brain electron microscopy dataset of the adult fruit fly brain — the imaging effort behind the FAFB dataset.
An HHMI video on research from the Card lab at Janelia showing how a fly's giant fiber descending neurons integrate looming visual features to choose between a long and a short escape takeoff.
A simulation of fruit fly brain activity from the Lo lab at National Tsing Hua University, run with their FlySim simulator on circuits and parameters derived from the FlyCircuit database.
A visualisation from the Lo lab at National Tsing Hua University building a fly brain from FlyCircuit data by placing around 18,000 individually reconstructed neurons into position one by one.