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1
Protein production
2
DNA recombination basic
3
Holliday junction resolution
4
Types of CSSR recombination
5
Serine recombinase
6
Tyrosine recombinase
7
Cre lox recombination system
8
Photo reactivation experiment
9
Luria delbruck experiment
10
Spontaneous mutation
11
Mutation changes the gene expression
12
Chromosomal mutation
13
Genetic mutation, DNA mutation (point mutation)
14
Transition and transversions
15
Frameshift mutation
16
Nonsense mutations
17
DNA repair overview
18
DNA repair mechanism
19
DNA repair mechanisms
20
Double strand break repair model
21
Methyltransferase enzyme
22
Transcription coupled repair
23
Translesion DNA synthesis
24
Synthesis dependent strand annealing
25
Single strand annealing
26
Double strand break repair by homologus recombination
27
Non homologous end joining
28
Non homologous double stranded break repair
Description:
Dive deep into advanced molecular biology concepts through a comprehensive 4.5-hour tutorial covering protein production, DNA recombination, mutation types, and DNA repair mechanisms. Explore topics such as Holliday junction resolution, CSSR recombination, Cre-lox system, and landmark experiments like photo reactivation and Luria-Delbrück. Examine various mutation types including chromosomal, genetic, and DNA mutations, as well as their effects on gene expression. Gain in-depth knowledge of DNA repair processes, including double-strand break repair models, methyltransferase enzymes, transcription-coupled repair, and non-homologous end joining. Enhance your understanding of advanced molecular biology principles essential for research and academic pursuits.

Molecular Biology Advanced

Shomu's Biology
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