NEET PG / FMG / INICET PODCAST BY MEDICO FOR MEDICOS

In this episode, Dr. Stem Cell breaks down key anatomy topics in a concise 22-minute session. Perfect for NEET PG, INICET, FMGE, or MBBS revisions. Covers cranial nerves, brachial plexus, muscle memory tricks, and more.RSSVERIFY

NEET PG / FMG / INICET PODCAST BY MEDICO FOR MEDICOS is a education podcast hosted by Dr.Stem cell, with 22 episodes on record and a Required Pod Score of 80.

Dr.Stem cell hosts NEET PG / FMG / INICET PODCAST BY MEDICO FOR MEDICOS, a education show with 22 episodes published.

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  NEET PG / FMG / INICET PODCAST BY MEDICO FOR MEDICOS

  BIOCHEMISTRY - Krebs Cycle Rate-Limiting Step Vol 1 | NEET PG 2020 PYQ

  Oct 4, 20266 min

  High-Yield Daily Clinical Revision Podcast for NEET PG, FMGE, and INI-CET! Clinical Case Study: [Challenge Vol 1] A biochemistry researcher measures the rate of the Citric Acid Cycle under varying ATP levels. Which enzyme serves as the primary rate-limiting step of this pathway and is allosterically inhibited by high ATP? Options: • Option A: A. Isocitrate dehydrogenase • Option B: B. Citrate synthase • Option C: C. Alpha-ketoglutarate dehydrogenase • Option D: D. Malate dehydrogenase ✅ Correct Answer: Option A Explanation: Isocitrate dehydrogenase is the rate-limiting enzyme of the citric acid cycle (Krebs cycle). It converts isocitrate to alpha-ketoglutarate, producing NADH and CO2, and is inhibited by ATP and NADH, but stimulated by ADP. (Volume 1 High-Yield Concept Review) Mnemonic: Krebs Cycle Rate Limiter V1 • Rate-limiting enzyme ➔ Isocitrate Dehydrogenase • Inhibitors ➔ ATP & NADH (signals high energy) • Activators ➔ ADP & Ca2+ (signals energy demand) ⚠️ Exam Trap to Avoid: Citrate synthase catalyzes the first reaction, but isocitrate dehydrogenase is the primary rate-limiting and regulated step. Follow Us & Prepare Smart: • Instagram: instagram.com/drstemcell_1 • Threads: threads.net/@drstemcell_1 • YouTube: youtube.com/@drstemcell-o2h • Facebook: facebook.com/drstemcell • Apple Podcasts: Apple Podcasts Link Join the discussion! Did you get this correct? Drop your option or score in the comments below! #NEETPG #FMGE #INICET #MBBS #DrStemCell #MedEd

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  NEET PG / FMG / INICET PODCAST BY MEDICO FOR MEDICOS

  PHYSIOLOGY - Action Potential Phases Vol 1 | NEET PG 2021 PYQ

  Oct 3, 20266 min

  High-Yield Daily Clinical Revision Podcast for NEET PG, FMGE, and INI-CET! Clinical Case Study: [Challenge Vol 1] During a cardiac electrophysiology study, the phase of rapid repolarization (Phase 3) in a ventricular cardiomyocyte is analyzed. Which ion channel opening is primarily responsible for this phase? Options: • Option A: A. L-type Calcium channels • Option B: B. Voltage-gated Potassium channels (I_K) • Option C: C. Fast Sodium channels • Option D: D. Transient outward Potassium channels (I_to) ✅ Correct Answer: Option B Explanation: Phase 3 (rapid repolarization) of the ventricular action potential is mediated by the closure of L-type Calcium channels and the opening of delayed rectifier Potassium channels (I_K), leading to Potassium efflux. (Volume 1 High-Yield Concept Review) Mnemonic: Cardiac Action Potential Phases V1 • Phase 0 ➔ Rapid depolarization (Na+ influx) • Phase 1 ➔ Initial repolarization (K+ efflux via I_to) • Phase 2 ➔ Plateau (Ca2+ influx balances K+ efflux) • Phase 3 ➔ Rapid repolarization (K+ efflux via I_K) ⚠️ Exam Trap to Avoid: Do not confuse Phase 1 (transient outward K+ current) with Phase 3 (delayed rectifier K+ current). Follow Us & Prepare Smart: • Instagram: instagram.com/drstemcell_1 • Threads: threads.net/@drstemcell_1 • YouTube: youtube.com/@drstemcell-o2h • Facebook: facebook.com/drstemcell • Apple Podcasts: Apple Podcasts Link Join the discussion! Did you get this correct? Drop your option or score in the comments below! #NEETPG #FMGE #INICET #MBBS #DrStemCell #MedEd

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  NEET PG / FMG / INICET PODCAST BY MEDICO FOR MEDICOS

  ANATOMY - Femoral Triangle Boundaries Vol 1 | NEET PG 2022 PYQ

  Oct 3, 20266 min

  High-Yield Daily Clinical Revision Podcast for NEET PG, FMGE, and INI-CET! Clinical Case Study: [Challenge Vol 1] A surgeon is dissecting the femoral triangle to access the femoral artery. Which structure forms the lateral boundary of the femoral triangle? Options: • Option A: A. Sartorius muscle (medial border) • Option B: B. Adductor longus muscle (medial border) • Option C: C. Inguinal ligament • Option D: D. Iliopsoas muscle ✅ Correct Answer: Option A Explanation: The femoral triangle is bounded superiorly by the inguinal ligament, medially by the medial border of the adductor longus muscle, and laterally by the medial border of the sartorius muscle. (Volume 1 High-Yield Concept Review) Mnemonic: Femoral Triangle Boundaries V1 • Lateral boundary ➔ Sartorius muscle • Medial boundary ➔ Adductor longus muscle • Superior boundary ➔ Inguinal ligament ⚠️ Exam Trap to Avoid: Do not confuse the lateral boundary (medial border of sartorius) with the medial boundary (medial border of adductor longus). Follow Us & Prepare Smart: • Instagram: instagram.com/drstemcell_1 • Threads: threads.net/@drstemcell_1 • YouTube: youtube.com/@drstemcell-o2h • Facebook: facebook.com/drstemcell • Apple Podcasts: Apple Podcasts Link Join the discussion! Did you get this correct? Drop your option or score in the comments below! #NEETPG #FMGE #INICET #MBBS #DrStemCell #MedEd

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  NEET PG / FMG / INICET PODCAST BY MEDICO FOR MEDICOS

  PHARMACOLOGY - Digoxin Toxicity Vol 34 | NEET PG 2023 PYQ

  Oct 2, 20266 min

  High-Yield Daily Clinical Revision Podcast for NEET PG, FMGE, and INI-CET! Clinical Case Study: [Clinical Case Study #135] A 72-year-old male with congestive heart failure presents with nausea, vomiting, confusion, and generalized yellow-green vision (xanthopsia). An ECG shows frequent PVCs and a prolonged PR interval. What is the cellular mechanism of this drug's toxicity? (Review Scenario variant 34) Options: • Option A: A. Inhibition of Na+/K+ ATPase • Option B: B. Activation of beta-1 adrenergic receptors • Option C: C. Blockade of L-type calcium channels • Option D: D. Inhibition of phosphodiesterase-3 ✅ Correct Answer: Option A Explanation: Digoxin inhibits the Na+/K+ ATPase pump. This increases intracellular sodium, which decreases the activity of the sodium-calcium exchanger, leading to higher intracellular calcium levels and increased cardiac contractility. This is clinical study review module #135. Mnemonic: Digoxin Toxicity Clues (34) • V ➔ Visual changes (yellow-green halos / xanthopsia) • E ➔ Electrolyte trigger: Hypokalemia increases toxicity risk • C ➔ Cardiac arrhythmias (most dangerous side effect) ⚠️ Exam Trap to Avoid: Hypokalemia predisposes to digoxin toxicity because digoxin competes with potassium for binding to the Na+/K+ ATPase pump. Follow Us & Prepare Smart: • Instagram: instagram.com/drstemcell_1 • Threads: threads.net/@drstemcell_1 • YouTube: youtube.com/@drstemcell-o2h • Facebook: facebook.com/drstemcell • Apple Podcasts: Apple Podcasts Link Join the discussion! Did you get this correct? Drop your option or score in the comments below! #NEETPG #FMGE #INICET #MBBS #DrStemCell #MedEd

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  NEET PG / FMG / INICET PODCAST BY MEDICO FOR MEDICOS

  BIOCHEMISTRY - Vitamin B12 Absorption Vol 34 | NEET PG 2024 PYQ

  Oct 2, 20266 min

  High-Yield Daily Clinical Revision Podcast for NEET PG, FMGE, and INI-CET! Clinical Case Study: [Clinical Case Study #134] A 52-year-old female presents with fatigue, paresthesias in her feet, and a smooth red tongue. Laboratory testing reveals macrocytic anemia. If she has pernicious anemia, which cells are damaged by autoimmune destruction? (Review Scenario variant 34) Options: • Option A: A. Gastric parietal cells • Option B: B. Chief cells • Option C: C. G cells • Option D: D. Mucous neck cells ✅ Correct Answer: Option A Explanation: Pernicious anemia is caused by autoimmune destruction of gastric parietal cells, which produce intrinsic factor. Intrinsic factor is essential for the absorption of Vitamin B12 in the terminal ileum. This is clinical study review module #134. Mnemonic: B12 Absorption Steps (34) • P ➔ Parietal cells secrete Intrinsic Factor • I ➔ Ileum (terminal) is the site of absorption • C ➔ Cobalt containing vitamin (Cobalamin) ⚠️ Exam Trap to Avoid: Vitamin B12 is absorbed in the terminal ileum, whereas Folate (Vitamin B9) is absorbed in the jejunum. Follow Us & Prepare Smart: • Instagram: instagram.com/drstemcell_1 • Threads: threads.net/@drstemcell_1 • YouTube: youtube.com/@drstemcell-o2h • Facebook: facebook.com/drstemcell • Apple Podcasts: Apple Podcasts Link Join the discussion! Did you get this correct? Drop your option or score in the comments below! #NEETPG #FMGE #INICET #MBBS #DrStemCell #MedEd

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