shRNA mechanism | short hairpin RNA mediated knockdown and gene silencing
27
RNAi mechanism | RNA interference pathway using siRNA and shRNA
28
siRNA mechanism | short interfering RNA mediated gene silencing
29
HIV life cycle
30
In vivo gene therapy
31
Gene therapy basics
32
Ex vivo gene therapy
33
Gene therapy using retrovirus vector
34
Gene therapy using adeno virus
35
Gene therapy using adeno associated virus
36
HIV vaccine
37
Cancer immunotherapy
38
Vaccines part 7 - viral vaccine
39
Vaccines part 6 - DNA vaccine
40
Vaccines part 5 - conjugated vaccine
41
Vaccines part 4 - killed vaccine
42
Vaccines part 3 - live attenuated vaccines
43
Vaccines part 2 - properties of vaccine
44
Vaccines part 1 - what is vaccination
45
Plant biotechnology 6
46
Plant biotechnology 5
47
Plant biotechnology 4
48
Plant biotechnology 3
49
Plant biotechnology 2
50
Plant biotechnology 1
51
Transgenic animals
52
Knockout mice
53
Transgenic mice
Description:
Explore a comprehensive 13-hour lecture series on molecular and cellular biology techniques. Dive into immunological methods, cytogenetic procedures, molecular markers, DNA sequencing technologies, and agricultural biotechnology. Learn about plasmid transfer, transgenic plant production, micro-RNA technology, and vaccination processes. Discover various molecular and cellular techniques essential for understanding protein and gene functions in biological sciences. Cover topics such as genetic markers, ELISA assays, immunofluorescence, PCR types, DNA repair mechanisms, next-generation sequencing, miRNA biogenesis, gene therapy approaches, vaccine development, and plant biotechnology. Gain insights into cutting-edge techniques like CRISPR, transgenic animal production, and knockout mice creation.