04:11

DNA or braid hair?

22:40

Dive into Endoplasmic Reticulum with Exciting Quiz

09:24

Eukaryotes vs Prokaryotes

07:41

Importance of chemical signaling in the cell

07:37

Power of receptor tyrosine kinases in the cell

12:37

Cell surface Receptors- G protein-coupled receptors: Structure and Function

10:09

Cell surface receptors- Ligand gated ion channels: Structure and Function

19:06

Intracellular Receptors: Cytoplasmic and nuclear receptors signaling pathways

08:23

Receptor and Ligand

03:49

Diploid vs. Haploid

06:19

Mitosis vs. Meiosis

07:19

Meiosis II: Phases and Function

09:01

Meiosis I: Phases and Function

13:07

Cell cycle Regulators: Direct (core) regulators and Indirect regulators

06:25

Cell cycle checkpoints: G1, G2 and M

12:22

Mitosis: Phases and function

07:51

Histone: Structure and Function

08:06

Biomolecules: Collagen

14:12

Chromosome: Structure, Types and Function

06:45

Nuclear Transport: Nuclear import and Nuclear export

07:00

Nucleolus: Structure and Function

07:34

Nuclear envelope: Structure and Function

09:03

Biomolecules: Glucose

05:01

Nuclear Lamina: Structure and Function

09:28

Nucleoplasm: Structure and Function

06:57

Adenosine triphosphate (ATP)

07:22

Photosynthesis- Dark reactions (Calvin cycle)

13:36

Photosynthesis- Light reactions

13:48

Chloroplast: Structure and Function

13:45

Electron transport chain (Oxidative Phosphorylation)

08:41

Citric acid (Krebs= TCA) cycle

07:23

Glycolysis

14:27

Mitochondrion: Structure and Function

11:36

Ribosome: Structure and Function

10:16

Vacuole: Structure and Function

09:14

Peroxisome: Structure and Function

11:56

Lysosome : Structure and Function

15:53

Golgi Apparatus: Structure and Function

20:11

Endoplasmic Reticulum (ER): Structure and Function

10:34

Muscle Contraction: Sliding filament model

16:29

Motor protein - Myosin: Structure and Function

18:38

Bacterial Pili : Classification, Structure and Function

17:00

Cilia: Structure, Movement and Function

12:33

Flagella: Structure, Movement and Function

15:51

Motor protein- Dynein: Structure and Function

08:43

Motor protein - Kinesin: Structure and Function

13:36

Cytoskeleton- Intermediate Filament: Structure and Function

18:33

Cytoskeleton- Microfilament : Structure and Function

20:17

Cytoskeleton- Microtubules: Structure and Function

19:03

Plant Cell Wall : Structure, Components and Functions

16:45

The Extracellular Matrix (ECM): Components, Structure and Function

15:55

Cell Junctions: Plasmodesmata, Desmosome, Hemidesmosome, Tight, Gap and Adherence Junctions

16:48

Cell Adhesion: IgSF, Cadherin, Selectin, Integrin

13:58

Action Potential in Neuron, Skeletal muscle and Cardiac muscle

18:33

Bulk Transport across the cell membrane: Endocytosis and Exocytosis

20:41

Carrier Proteins in the cell membrane: Classification, Function and examples

07:25

Active Transport across the cell membrane: primary active transport and secondary active transport

14:27

Channel proteins in the cell membrane: Mechanically- gated, Ligand- gated, Voltage- gated channels

06:43

Passive transport across the cell membrane: Simple diffusion, Facilitated diffusion, Osmosis

07:52

Cell membrane models: Classification, structure and function