3:45

Dimension-Hatsune Miku (check description)

24:02

Optimization in calculus, a methodical approach.

6:48

Central Nervous system (brain and spinal cord) and Peripheral Nervous System( somatic and autonomic)

4:50

Protecting the brain: Cereborspinal fluid (CSF), Meninges, and Skull

1:17

Feynman on the social sciences

4:10

Apoptosis

3:41

Mitogens: pathway and response

0:32

Dr. Mike Curb your enthusiasm

4:24

Veritasium: this equation will change how you see the world, a John Gribbin plagiarism?

3:31

Exothermic and Endothermic vs Exergonic and Endergonic (simplified)

12:49

How to take a multiple choice test, part One (General Biology)

11:13

Finding the initial pH of a titration using Henderson Hasslebach equation

26:58

Lynn Margulis Interview

1:45

Peter Thiel on why there are no more polymaths

4:21

The "4" in 3/4th power scaling laws

12:26

Nuclear chemistry

12:32

Is biology just memorization+reasoning? 10 Ideas that make studying easier

0:51

Secondary Active Transport vs Facillitated Diffusion

6:25

Enzymatic Regulation: Covalent (Post translational )modifications

5:22

Clotting cascades

11:44

Enzymatic Regulation Strategies (Full video)

0:51

Membrane Transport Proteins

0:51

Covalent vs Dative Bonding

1:01

Heterotropic vs Homotropic effectors in biochemistry

5:31

Allosteric Enzymes: Sigmoidal Kinetics

5:43

primary protein stucture

0:41

Free concept maps for physiology, biology, etc.

9:43

Reactive oxygen species (ros): signaling and oxidative stress

27:38

cell strucure and function for human physiology

6:05

Steroid hormone receptors

3:38

Jordan Peterson teaching statistics to Ratina Omidvar

9:07

Junk DNA by Nessa Carey

11:16

Type II diabetes: Pathophysiology, Diagnostic Tests, Medications, Clinical Manifestations, and etc.

6:10

Neurotransmitters: amino acids (primary) and peptides (secondary)

8:43

Neurotransmitters: Biogenic Amines

6:49

Neurotransmitters: Purines, Gases, and lipids

9:29

Neurotransmitters: Acetylcholine + Receptors

10:47

Action potential and synaptic transmission

12:32

Neurons: graded potentials

10:05

Neuroglial cells of the CNS and PNS

10:33

Telencephalon, Limbic system, and basal ganglia

11:07

Brain stem and neural development

10:16

Neurons

3:54

Purposegames

3:25

Philadelphia chromosome book review

9:09

Le chateliers principle

10:16

Clonal expansion: medullary chords and primary follicle

12:36

B cell activation

5:14

Book review: parasite rex by carl zimmer

8:40

T cell Immunity: dendritic cells and naive t cells

4:17

Th1 cells MAP

3:16

Th2 cells map

1:42

Tfh cells map

1:51

Th17 map

0:55

T reg map

16:55

CD4+ Classes: Th1, Th2, Treg, Tfh, Th17

9:15

Cytotoxic CD8 T cell

5:20

effector t cells

7:08

Control point summary and PFK2/FBPase2

10:06

krebs cycle

5:30

metabolism: ATP yeild per energy carrier

4:14

Krebs cycle: stage 2 enzymes

5:22

Krebs cycle stage1 Enzymes: Oxidative decarboxylation

10:14

Pyruvate dehydrogenase complex

5:21

pyruvate dehydrogenase complex: regulation

11:38

Gluconeogenesis

2:50

phosphoenol pyruvate carboxykinase

2:45

Pyruvate carboxylase

2:10

Gluconeogenesis: other compounds

7:52

Glycolysis: regulation at the skeletal muscle and liver

4:01

Glycolysis: fructose and galactose

12:57

Glycolysis: stage 3 and fermentation

8:15

Glycolysis: stage 1 energy investment and stage 2 clevage

13:32

Immunology Naive t cells activation and proliferation

10:23

The adaptive immune system: T cell mediated immunity: dendritic cells MAP

10:44

Naive T cell activaton and proliferation map

5:52

Acquiring Genomes by Lynn Margulis and Dorian sagan

13:38

Receptors with tyrosine kinase domains !

7:08

Signal transduction pathway: Second messengers

2:49

Lipid classes

9:57

Metabolic Regulation

4:35

Coenzyme A

11:13

ATP hydrolysis

9:11

Electron Transporters NADH and FADH2

13:21

Signal Transduction Pathway: the 7 transmembrane alpha helix MAP

3:22

Metabolism

3:09

Book review: Dancing naked in the mind field

4:44

Hygiene Hypothessis thoughts

1:00

Welcome everyone!

6:34

K ion channel selectivity

9:01

Cell membranes: lipids and proteins

8:43

Acive and passive transport for biology

5:34

How Digitalis Works for CHF

4:08

Primary vs Secondary Active Transport

7:09

membrane lipids: Cholesterols

7:40

Membrane lipids: Phosphoglycerides and sphingomyelin

13:53

Biochemistry! free fatty acids

5:21

Biochemistry! Triacylcglycerols

10:25

Immunology: the thymus, an overview for t cell development

5:48

Book reiview: Inventing the AIDS virus by Peter Duesberg