K Lectures

K Lectures episodes

November 17, 2019 Strategy for solving Acid-Base Problems
Strategy for solving Acid-Base Problems
15 min
November 17, 2019 HMG-COA reductase regulation via phosphorylation and Dephosphorylation
HMG-COA reductase regulation via phosphorylation and Dephosphorylation
5 min
November 17, 2019 Cholesterol Synthesis Regulation
Cholesterol Synthesis Regulation| SREBP| SCAP | S1P | S2P| SRE
5 min
November 17, 2019 Pathophysiology of Atherosclerosis
Pathophysiology of Atherosclerosis
10 min
November 16, 2019 CETP on HDL
CETP on HDL
2 min
November 16, 2019 How LDL is formed
How LDL is formed
4 min
November 16, 2019 Apoproteins
Apoproteins
5 min
November 16, 2019 Hormone sensitive Lipoprotein Lipase
Hormone sensitive Lipoprotein Lipase
9 min
November 16, 2019 Lipoprotein Metabolism | Lipoprotein | Apo-protein| B48| B100| HDL| ApoE| ApoCII | VLDL| IDL| LDL
Lipoprotein Metabolism | Lipoprotein | Apo-protein| B48| B100| HDL| ApoE| ApoCII | VLDL| IDL| LDL | LCAT vs ACAT | Pancreatic lipase, hepatic triglyceride lipase, Chylomicron | SRB1 | ABC1| ABCG1| HDL3, HDL2, CETP| Apo-AI |
22 min
November 16, 2019 How metabolic Acidosis causes Hyperkalemia
How metabolic Acidosis causes Hyperkalemia. H+ enters all cells including Principal cells. K+ leaves principal cells and enters blood. Leading to Hyperkalemia. High K+ level is maintained by decreasing Na+—K+ ATPase and K+ channel activities.
4 min

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This podcast is about topics in medicine including human anatomy and physiology among many others.