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1
Introduction
2
What is genome editing
3
The problem with CRISPR
4
Zincfingers
5
Nonendogenous templates
6
Tail affectors
7
CRISPR
8
CRISPR C9
9
Domain architecture
10
Does it work in human cells
11
Does it work in mammalian cells
12
Where did CRISPR come from
13
CRISPR nickases
14
Base editing
15
Adenin base editing
16
Prime editing
17
CRISPR Therapeutic
18
C cell disease
19
Reactivation
Description:
Explore the fundamentals of gene editing and CRISPR technology in this 40-minute Medical and Population Genetics Primer video presented by Daniel Strebinger from the Broad Institute. Gain insights into the evolution of genome editing techniques, from zinc fingers to CRISPR, and understand their applications in human and mammalian cells. Delve into advanced concepts such as CRISPR nickases, base editing, and prime editing. Learn about the therapeutic potential of CRISPR, including its application in treating cell diseases and gene reactivation. This comprehensive overview, part of the Broad Institute's series on medical and population genetics, is designed for a wide audience ranging from research technicians to established investigators entering the field.

Basics of Gene Editing and CRISPR - 2023 MPG Primer

Broad Institute
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