Видео ютуба по тегу Merfish

How MERFISH Technology Works
How MERFISH Technology Works
MERFISH Technology Overview
MERFISH Technology Overview
Lamar's Roaster Coaster
Lamar's Roaster Coaster
Motorcycle Roasts Franklin
Motorcycle Roasts Franklin
"Lamar Roasts Franklin" Roasts Franklin
Everybody Roasts Franklin
Everybody Roasts Franklin
Lamar Jr. Roasts Franklin
Lamar Jr. Roasts Franklin
MERFISH 2.0™ Product Video
MERFISH 2.0™ Product Video
Spatial transcriptome profiling by MERFISH reveals subcellular RNA compartmentalization
Spatial transcriptome profiling by MERFISH reveals subcellular RNA compartmentalization
Keynote: Jeff Moffitt, Genome-scale imaging of the microbiome-host interface with MERFISH
Keynote: Jeff Moffitt, Genome-scale imaging of the microbiome-host interface with MERFISH
Lamar Roasts Amanda
Lamar Roasts Amanda
A Good Kid
A Good Kid
Science - Bacterial-MERFISH: A New Window into the Hidden Lives of Bacteria
Science - Bacterial-MERFISH: A New Window into the Hidden Lives of Bacteria
Captain Planet recreated in GTA V [Part 2 & Outtakes]
Captain Planet recreated in GTA V [Part 2 & Outtakes]
Baby Lamar Roasts Baby Franklin
Baby Lamar Roasts Baby Franklin
Spongebob Recreated in GTA V [Side by side Comparison]
Spongebob Recreated in GTA V [Side by side Comparison]
Foundations of Spatial Transcriptomics - Part 3 MERFISH Experiment Explained
Foundations of Spatial Transcriptomics - Part 3 MERFISH Experiment Explained
Imaging the Transcriptome - Creating Tissue Atlases with MERFISH (Speaker: Jeffrey R. Moffitt)
Imaging the Transcriptome - Creating Tissue Atlases with MERFISH (Speaker: Jeffrey R. Moffitt)
Pioneering the Next Era of Spatial Biology with MERFISH 2.0 and the MERSCOPE Ultra™ Platform
Pioneering the Next Era of Spatial Biology with MERFISH 2.0 and the MERSCOPE Ultra™ Platform
Caillou Recreated in GTA V [Side by side Comparison]
Caillou Recreated in GTA V [Side by side Comparison]
Using MERFISH to decode spatially regulated disease drivers in human heart and kidney disease
Using MERFISH to decode spatially regulated disease drivers in human heart and kidney disease