9:24
Convergent evolution and divergent evolution vs parallel evolution
Shomu's Biology
4:26
Allopatric vs sympatric speciation
11:23
Age structure diagrams (population pyramid)
4:35
Reciprocal altruism
7:58
r and k selected species
7:48
Survivorship curve
9:18
Punctuated equilibrium
Genetics lecture 9 | Sex chromosome and sex determination
18:17
Genetics lecture 8 | mitosis and meiosis cell division
13:15
Chromosome, chromatin, chromatid and cell division
10:25
Law of inheritance
13:35
Genetics lecture 5 | dominant traits
6:42
Genetics lecture 3 | Law of independent assortment
Law of segregation | genetics lecture 2
LIVE
[Private video]
1:25
Bangalore coaching for CSIR NET life sciences
15:30
X inactivation mechanism
27:30
Epistasis genetics
11:33
Maternal inheritance
17:27
Genomic imprinting
5:27
Sonication process
5:33
Size exclusion chromatography
10:12
Salting out
7:36
Phage display technique
9:32
Eastern blotting
10:37
Site directed mutagenesis
17:22
Immunoprecipitation
7:16
Gene Knockout, Gene Knockdown and Gene Knockin
10:20
Coimmunoprecipitation
Chromatin Immunoprecipitation (chip assay)
25:48
Cleavage and furrowing of zygote, morula | Developmental biology lecture
24:13
Fertilization in sea urchin | Developmental biology lecture
14:30
Neurulation | Developmental biology lecture
18:16
Morphogenesis | Developmental biology lecture
27:36
Blastulation and gastrulation | Developmental biology lecture
2:12:11
Developmental biology lecture | embryo development
43:59
Sea urchin development
1:06:01
Drosophila development
36:14
C elegans development
43:57
Genetic recombination lecture 1 | homologous recombination
17:03
Genetic recombination lecture 2 | site specific recombination
23:25
DNA replication in eukaryotes 3 | elongation
14:42
DNA replication in eukaryotes 2 | replication Initiation
21:31
DNA replication in eukaryotes 1 | Introduction
9:29
Immunocytochemistry lecture (principle and procedure)
14:23
Immunohistochemistry lecture (principle and process)
5:32
Electropherogram
17:57
Chemotaxis
12:10
Bradford assay principle explanation
4:31
Mtt Assay
5:20
Wound healing assay
11:59
Nanopore sequencing technology
9:12
Fluorescence activated cell sorting (FACS)
11:41
GFP tagging (Green Fluorescent Protein fusion)
12:11
RNA Extraction | acid guanidium thiocyanate phenol chloroform extraction
Tunel assay apoptosis
15:01
Protoplast Fusion
11:13
Optogenetics
8:06
In Situ Hybridization
8:38
Ethidium Bromide
7:08
Electroporation
9:03
Biomarkers
10:21
Zinc finger motif
9:51
Riboswitches
15:22
Transfection of mammalian cells
19:01
Transmembrane protein
18:33
Pulsed Field Gel Electrophoresis (pfge)
10:08
Native gel electrophoresis
20:36
Gel Electrophoresis of DNA
16:09
Electrophoresis
16:45
Capillary electrophoresis
20:31
Agarose gel electrophoresis
8:01
Wnt signaling pathway
Pi3k Pathway
8:28
pi3k/akt/mtor pathway
5:34
Notch signaling pathway
8:15
mtor signaling pathway
8:21
Ras raf mek erk signaling pathway (map kinase pathway)
10:46
Jnk Pathway
8:22
Hedgehog signaling Pathway
8:47
Akt pathway
Transcriptome and transcriptomics
11:58
Toll like receptors
6:17
TATA box
RNA sequencing
8:32
Protein protein interaction
Interferons
13:25
Histones
Histone modification
11:28
Histone acetylation and methylation
7:14
Euchromatin and hetero chromatin - structure and difference
10:39
Gene regulation in eukaryotes
10:13
Colony forming unit
13:02
Alternative splicing
7:05
Gene regulation in prokaryotes
11:15
Recombinant protein
Protein expression
8:34
Leucine zipper
7:54
Klenow Fragment
12:32
Heat shock proteins
7:10
Hapten antigen
4:18
Genome annotation
6:41
Gene families
8:48
G banding
Primary antibody and secondary antibody
9:31
Polyclonal antibody
11:42
Plasma cells
9:44
DNA polymerase 3
8:07
Cohesin and condensin
12:51
Catabolite repression
12:00
16s rRNA
0:59
Shomu's Biology DVD promotion
10:14
DNA replication in prokaryotes part 4
22:22
DNA replication in prokaryotes 3
17:42
DNA replication in prokaryotes 2
8:05
DNA replication in prokaryotes lecture 1
41:01
Protein translation in eukaryotes
8:11
Termination of translation in eukaryotes | eukaryotic translation lecture 3
Translation elongation in eukaryotes | eukaryotic translation lecture 2
19:49
Translation initiation in eukaryotes | eukaryotic translation lecture 1
15:45
Transgenic animals
12:54
Knockout mice
11:50
Antigenic shift and drift
15:59
ELISA test
11:05
Translation termination | translation in prokaryotes lecture 5
15:10
Translation elongation | translation in prokaryotes lecture 4
16:30
Translation initiation | Translation in prokaryotes lecture 3
8:57
Translation in prokaryotes lecture 2 | tRNA charging in protein synthesis
17:58
Translation in prokaryotes introduction | prokaryotic translation lecture 1
17:11
Transcription termination in prokaryotes | Prokaryotic transcription lecture 4
19:52
Transcription elongation in prokaryotes | prokaryotic transcription lecture 3
27:23
Transcription in prokaryotes introduction | Transcription lecture 1
22:42
Transcription initiation in prokaryotes | prokaryotic transcription lecture 2
20:57
Two photon microscopy
12:25
Electron microscopy | Transmission electron microscopy
14:21
Scanning tunneling microscopy
13:40
Electron microscopy lecture | Scanning electron microscope
24:41
Fluorescence microscopy | fluorescence microscope principle
20:47
Confocal microscopy | confocal microscope principle
7:30
Nick translation
Genomics and proteomics, transcriptomics and metabolomics
High throughput sequencing
6:44
Open reading frame ORF
7:34
Shine Dalgarno sequence
2:24
CSIR NET life science coaching in Kolkata
10:30
Wobble hypothesis tRNA
4:04
Housekeeping genes
10:29
Insulin signaling pathway
11:31
DNA polymerase 1, 2 and 3
11:07
DNA polymerase 1
9:37
Cytoplasmic inheritance
Anticodon and codon
9:52
Complementation test
9:55
Von willebrand factor
6:45
Thrombin
6:52
Serum albumin
6:58
Integrin protein structure and signaling
Fibronectin
10:48
Fibroblast growth factor (FGF)
10:56
Ferritin
8:30
Epidermal growth factor
8:16
Elastin
12:06
Dystrophin
15:42
CFTR gene and CFTR protein
10:16
c-myc gene
8:45
Cadherins | e-cadherin and n-cadherin
10:58
C reactive protein
6:37
Bovine serum albumin | BSA protein
Androgens | testosterone hormone
11:53
Chromosomal mutations | deletion mutation
13:59
KRAS mutation
17:32
BRCA mutation
10:05
BRAF mutation
6:23
Episome | genomic DNA and plasmid in conjugation
4:02
C value paradox and C value enigma
8:52
Frameshift mutation
24:31
Point mutation
8:03
Missense mutation
4:43
Somatic mutation
Silent mutation
4:59
Nonsense mutation
Genetic mutation | gene mutation
6:11
Fatty acids biochemistry
4:19
RNA biology | RNA structure and functions (mRNA, tRNA and rRNA)
9:01
Protein structure and function | primary secondary tertiary quaternary
7:22
Polysaccharides biochemistry and structure
8:31
Plant growth hormones
6:16
Peptide bond
7:23
Nucleic acids
11:26
Next generation sequencing
17:50
Maxam gilbert DNA sequencing method
10:42
Illumina sequencing | DNA sequencing by synthesis
15:53
DNA sequencing methods
4:15
Lipids biochemistry | structure and function
8:08
Hemoglobin and myoglobin
8:17
Biodiversity conservation
10:03
Cot curve
12:14
Extinct species and endangered species
6:49
Collagen and keratin protein
