Chapter
Using Microfluidics to Analyze Cells by Tracking Unique Barcodes
2:03:47 - 2:08:40 (04:52)
Researchers can track and analyze cells by labeling them probabilistically with unique barcodes and using microfluidics to sort and identify them based on their path. This technology allows for the labeling and analysis of millions of cells, including blood cells and neuronal nuclei.
Clips
The use of microfluidics in RNA sequencing allows for the sequencing of thousands of individual cells and their gene expressions, by assigning unique barcodes to identify gene locations.
2:03:47 - 2:07:03 (03:15)
Microfluidics
Summary
The use of microfluidics in RNA sequencing allows for the sequencing of thousands of individual cells and their gene expressions, by assigning unique barcodes to identify gene locations.
ChapterUsing Microfluidics to Analyze Cells by Tracking Unique Barcodes
Episode#133 – Manolis Kellis: Biology of Disease
PodcastLex Fridman Podcast
The process of unique barcoding of cells involves the use of a hundred bottles and big bottles to label a million cells, allowing for the identification of the path taken by each cell, regardless of the type of cell dissociated.
2:07:03 - 2:08:40 (01:36)
cell biology
Summary
The process of unique barcoding of cells involves the use of a hundred bottles and big bottles to label a million cells, allowing for the identification of the path taken by each cell, regardless of the type of cell dissociated.