10:25

Batch culture and continuous culture | Equation for continuous culture

02:50

Enolase and pyruvate kinase

02:51

phosphoglycerate kinase and phosphoglycerate mutase

03:54

Glyceraldehyde 3 phosphate dehydrogenase

07:10

Aldolase

04:05

Phosphofructokinase

03:32

Phosphohexose isomerase

06:00

Volumetric mass transfer coefficient (KLa)

04:48

Types of Bioreactor

05:51

Hexokinase and Glucokinase

09:27

Plackett Burman analysis

07:15

ANOVA | Analysis of Variance

02:25

Pasteurization vs Pasteur effect

07:13

Flowchart to study enzymes

04:48

Steps for enzyme purification.

08:08

Numerical on Michaelis Menten equation

05:36

Specific activity of Enzyme

06:13

Turnover number of enzyme.

33:10

Enzyme kinetics in detail

09:04

Clark electrode

04:47

Types of integral membrane proteins

04:37

Calculations for dilution

11:12

Auxotroph and discovery of metabolic pathway.

07:27

Identifying genes on chromosomes

07:48

Chromatography and direction of DNA polymerase

03:40

Column chromatography and discovery of DNA polymerase

05:05

SMRT | Single Molecule Real Time sequencing

11:10

SOLID sequencing | Supported oligonucleotide ligation and detection

04:48

Inductively coupled plasma emission spectroscopy

02:46

Analytical centrifuge

02:28

Beta sheet

01:55

Alpha Helix

02:01

Reverse phase chromatography

02:04

Difference between spectrophotometer and colorimeter

03:41

Abbe's equation and Numerical aperture

02:39

Chromatic Aberration

04:35

Spectrophotometer

02:30

Protein Kinase A

03:22

G protein coupled receptor | GPCR

03:50

DNA foot print assay

03:40

Liquid Chromatography | Partition chromatography

01:59

Enzyme units

02:37

Thin layer chromatography

09:38

pH Meter | working of glass electrode of pH meter

02:43

Denaturing gradient gel electrophoresis

01:43

Heteroduplex Analysis

02:13

Melting curve analysis

01:18

Laser capture microdissection

01:35

Molecular Beacons

01:31

Single stranded conformation polymorphism | SSCP

02:07

Fluorescence in-situ hybridization | FISH

02:32

Chromosome Jumping

03:16

Emulsion PCR

02:40

Chromosome walking

03:23

Types of feedback inhibition.

03:32

Transcription Mediated Amplification | Nucleic Acid Sequence Based Amplification

03:09

Yeast two hybrid system | Protein - protein interaction

04:42

Flow Cytometry

02:29

Surface Plasmon Resonance

07:03

Tryptophan operon