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SHIELD
Introduction
Protocol
Video Gallery
Discussion
CLARITY
Introduction
Protocol
Stochastic Electrotransport
Introduction
How it works
Clearing
Labeling
Sample Orientation
Discussion
SWITCH
Introduction
How it works
Fixation
Inactivation and Clearing
Labeling
Video Gallery
Discussion
MAP
Introduction
Video Gallery
Probes
Chung Lab

Chung Lab Resources

Sign In My Account
SHIELD
Introduction
Protocol
Video Gallery
Discussion
CLARITY
Introduction
Protocol
Stochastic Electrotransport
Introduction
How it works
Clearing
Labeling
Sample Orientation
Discussion
SWITCH
Introduction
How it works
Fixation
Inactivation and Clearing
Labeling
Video Gallery
Discussion
MAP
Introduction
Video Gallery
Probes
Chung Lab
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1. 3D rendering of 1 mm thick mouse tissue showing labeled GPe PV+ circuitry after first round GAD1 F
2. 3D rendering of a hemisphere showing labeled GPe PV+ circuitry
3. 3D super resolution images of putative axosomatic connectivity
4. 3D rendering of a SHIELD processed human brain slab
5. 3D rendering of a reconstructed YFP expressing neuron in a Thy1 YFP H line mouse brain cortex usin
6. A series of optical sections of SHIELD MAP tissue from the surface to a depth of 5 mm
7. 3D rendering showing a fresh biopsy sample processed with the SHIELD based rapid phenotyping 4 hr
8. Mouse kidney tumor tissue processed with a SHIELD based rapid phenotyping pipeline
9. A series of xy plane images showing uniform dT50 Cy3 FISH signal in a SHIELD processed block
10. 3D autofluorescence white and YFP green signals from a Thy1 H line mouse hemispheres processed wi
11. 3D rendering of GFAP green and CR red immunolabeling of a 1 mm thick SHIELD processed human corti
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