Dr. Matt and Dr. Mike's Medical Podcast

CRISPR | The Future of Genetic Engineering

5 snips
May 12, 2023
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1
Introduction
00:00 • 3min
2
CRISPR: A Gene Editing Technology
03:08 • 2min
3
The Different Types of Genes
04:45 • 3min
4
The Importance of a Redundant Gene
07:53 • 2min
5
The Importance of CRISPR in Genetic Diseases
10:22 • 3min
6
The Evolution of Genetic Modification
12:57 • 2min
7
The Monk and the Monk
14:42 • 2min
8
The Evolution of Genetic Modification
16:19 • 2min
9
The Pre-Crisp Gene Editing Years
18:45 • 2min
10
The Role of Vectors in Gene Engineering
20:26 • 2min
11
The Drawbacks of CRISPR
22:28 • 3min
12
The Palindromic Spaces in DNA
25:18 • 4min
13
How a Virus Can Reproduce Itself
28:52 • 2min
14
The History of Bacteria
30:49 • 2min
15
The CRISPR-Cas9 System in Bacteria
32:31 • 2min
16
How CRISPR Technology Changes DNA
34:05 • 3min
17
The Adaptive Immune System of Bacteria
36:36 • 5min
18
The CRISPR-Cas9 Complex
41:46 • 2min
19
CRISPR and the Adaptive Immune System for Bacteria
43:35 • 6min
20
How CRISPR Technology Can Help You Fix a Broken DNA Strand
49:18 • 2min
21
CRISPR Technology and the Cas9 Complex
51:31 • 2min
22
The Benefits of CRISPR-Cas9
53:33 • 3min
23
The Role of Genetics in Cancer
56:56 • 2min
24
The Pros and Cons of CRISPR-Cas9
58:44 • 3min
25
CRISPR and XVivo
01:01:40 • 2min
26
The Benefits of Stem Cells
01:03:36 • 2min
27
The Future of Stem Cell Manipulation
01:05:09 • 2min
28
The Future of CRISPR
01:07:02 • 2min
29
CRISPR Editing for Cancer
01:08:39 • 2min
30
CRISPR and T-Cells in Cancer
01:10:21 • 3min
31
The Ethics of Gene Editing
01:13:12 • 3min
32
The Importance of Ethics in Genetic Engineering
01:15:53 • 2min
33
The Role of Animal Ethics in Research
01:17:29 • 3min
34
How to Support Dr. Mark Todorovich
01:20:08 • 2min