Difference between revisions of "EyeWire Wiki Table of Contents"

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== Retinal Cell Classification ==
 
== Retinal Cell Classification ==
* [http://museum.eyewire.org/ The Cell Museum: Gallery]
+
* === [[http://museum.eyewire.org/ The Cell Museum: Gallery]] ===
 
The Cell Museum is a newly released visualization platform that showcases retinal cell types reconstructed by EyeWire. In addition to providing our own classification for these neurons, we include stratification profile data for each cell. Detailed annotation of cell names can be found in the [[Database]].
 
The Cell Museum is a newly released visualization platform that showcases retinal cell types reconstructed by EyeWire. In addition to providing our own classification for these neurons, we include stratification profile data for each cell. Detailed annotation of cell names can be found in the [[Database]].
* [[The Cell Museum: Database]]
+
* === [[The Cell Museum: Database]] ===
 
In conjunction with the Cell Museum, we are developing a database of retinal ganglion cells in an attempt to create a comprehensive catalog of all neuronal cell types in the retina. Our hope is to collaborate with experts in the field to generate a resource that unifies current classification efforts and can be referenced for future research.     
 
In conjunction with the Cell Museum, we are developing a database of retinal ganglion cells in an attempt to create a comprehensive catalog of all neuronal cell types in the retina. Our hope is to collaborate with experts in the field to generate a resource that unifies current classification efforts and can be referenced for future research.     
  

Revision as of 20:14, 2 September 2015

EyeWire: a game to map the brain.
Neurons Mapped by EyeWirers

EyeWire is a game to map the brain from Sebastian Seung's Lab at MIT. This citizen science human-based computation game challenges players to map 3D neurons in a retina. Eyewire was officially launched on December 10, 2012 and has since grown to over 175,000 players from 145 countries.

EyeWire gameplay advances neuroscience by helping researchers discover how neurons connect to process visual information. Anyone, anywhere can help neuroscientists at MIT develop advanced artificial intelligence and computational technologies for mapping the connectome. You need no scientific background to play. EyeWire works best on high speed internet. It is optimized for use on Google Chrome.

The Game

Instructions

Player Roles

Advanced Topics

The Science

Background

How Connectomics is Done

Our Data

Retinal Cell Classification

The Cell Museum is a newly released visualization platform that showcases retinal cell types reconstructed by EyeWire. In addition to providing our own classification for these neurons, we include stratification profile data for each cell. Detailed annotation of cell names can be found in the Database.

In conjunction with the Cell Museum, we are developing a database of retinal ganglion cells in an attempt to create a comprehensive catalog of all neuronal cell types in the retina. Our hope is to collaborate with experts in the field to generate a resource that unifies current classification efforts and can be referenced for future research.

Neurons

Amacrine Cell

Bipolar Cell

Ganglion Cell

Horizontal Cell

Glial Cell

Photoreceptors

Substructures of the neuron

Meet Seung Lab

EyeWire in Schools

EyeWire Library

A collection of papers for those interested in delving deeper into the science behind EyeWire.

Making a Contribution of Your Own

Connect with EyeWire