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1
Intro
2
Structure of Neurons
3
Action Potentials
4
Schematic Cartoon
5
The Unknowns in Neuroscience
6
Glia
7
Overview
8
Brain Tissue
9
Terry Tanaka
10
Peter Harris Christine Dryer
11
Summary
12
Polymer mesh
13
Softening the specimen
14
Expanding the specimen
15
Timelapse
16
Analysis
17
Expanding a biological object
18
Superresolution microscopy
19
Lightsheet microscopy
20
Lattice lightsheet microscopy
21
Scalable imaging of brains
22
Quantitative analysis
23
Fruit fly brain
24
No more science
25
Brainbow
26
Protocols
27
Expansion
28
Microtubules
29
synapses
30
unknowns
31
expansion microscopy
Description:
Explore a comprehensive lecture on developing computational models of the brain and advanced tools for mapping and manipulating neural circuits. Delve into the structure of neurons, action potentials, and the unknowns in neuroscience. Learn about innovative techniques such as polymer mesh expansion, superresolution microscopy, and lightsheet microscopy for scalable brain imaging. Discover protocols for expansion microscopy and its applications in visualizing microtubules and synapses. Gain insights into cutting-edge approaches for quantitative analysis of neural structures, including the fruit fly brain and Brainbow technology. Understand the potential impact of these tools on unraveling the complexities of brain function and advancing our understanding of neuroscience.

Towards a Computational Model of the Brain - Tools for Mapping and Perturbing Neural Circuits - Ed Boyden

Institute for Advanced Study
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