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Session 2-A Comprehensive Review of Glycolysis, Pyruvate oxidation, TCA cycle, Gluconeogenesis, Fatty acids &TGs metabolism, and Ammonia metabolism

May

Posted in: Energy metabolism , Multiple-choice questions , Practice questions , Question Bank , USMLE Style questions , USMLE styled question bank ,

A Comprehensive Review of Glycolysis, Pyruvate Oxidation, TCA cycle, Gluconeogenesis, Metabolism of TGs & Fatty acids, and Ammonia Metabolism

May

Posted in: Energy metabolism , Library , Question Bank ,

Genetic Mutation Question Bank: Case-Based MCQs with Explanations

Apr

Posted in: Library , Molecular Biology , Molecular Biology , Multiple-choice questions , Multiple-Choice questions , Question Bank , Question Bank , USMLE Style questions , USMLE styled question bank ,

Tags: board exam genetics prep, chromosomal translocation quiz, gene deletion questions, Genetic Mutations, medical genetics question bank, mutation MCQs with explanations, mutation-based learning, point mutation MCQs, trinucleotide expansion disorders, USMLE genetics practice,

Autonomic Nervous System: Functions, Divisions, and Clinical Relevance

Apr

Posted in: Library , Physiology , PowerPoint presentations ,

Tags: ANS regulation, autonomic disorders, Autonomic Nervous System, Homeostasis, Medical Physiology, nervous system function, neurophysiology, neuroscience education, parasympathetic nervous system, sympathetic nervous system,

General Physiology – Generation of Nerve Action Potential Explained Step-by-Step

Apr

Learn the phases of nerve action potential including depolarization, repolarization, and hyperpolarization. Understand ion channel roles in this essential physiology concept.

Posted in: Library , Physiology , PowerPoint presentations ,

Tags: Action Potential Phases, Depolarization and Repolarization, General Physiology, Generation of Nerve Action Potential, Ion Channels, Nerve Physiology,

General Physiology – Ionic Distribution and Resting Membrane Potential Explained

Apr

Understand the principles of ionic distribution and how it establishes the resting membrane potential in excitable cells. A clear, student-friendly guide to mastering core physiology concepts.

Posted in: Library , Physiology , PowerPoint presentations ,

Tags: Cellular Physiology, electrochemical gradient, General Physiology, Human Physiology, Ionic Distribution, Medical Physiology, Muscle Cell Physiology, Nernst Equation, Nerve Cell Physiology, Physiology Concepts, Resting Membrane Potential, Sodium-Potassium Pump,

General Physiology-Transport Across Cell Membrane

Apr

Learn the mechanisms of transport across cell membranes including diffusion, osmosis, active transport, and facilitated diffusion. A must-read for medical and biology students.

Posted in: Library , PowerPoint presentations ,

Tags: Active Transport, BIOCHEMISTRY FOR MEDICS, Cell Biology, Cell Membrane Transport, Diffusion and Osmosis, Endocytosis and Exocytosis, Facilitated Diffusion, General Physiology, Human Physiology, Medical Physiology, Passive Transport, Physiology Basics, Physiology MCQs,

“Master Transcription with Case-Based MCQs: Test Your Understanding!”

Apr

Posted in: Learning resources , Library , Molecular Biology , Molecular Biology , Multiple-choice questions , Multiple-choice questions , Multiple-Choice questions , Practice questions , Question Bank , Question Bank , USMLE Content ,

Tags: BIOCHEMISTRY FOR MEDICS, Molecular Biology, mRNA, rna polymerase, rRNA, Sigma factor, splicing, Transcription, tRNA,

What Is Homeostasis? Definition, Importance & Examples

Mar

Discover what homeostasis is, why it's essential for life, and how the body maintains balance through feedback systems. Simple explanation with real examples.

Posted in: Library , Physiology , PowerPoint presentations ,

Tags: Acid-base balance, Baroreceptors, BIOCHEMISTRY FOR MEDICS, Blood pressure, Chemoreceptors, Feedback loop, Glucose homeostasis, Homeostasis, Ionic balance, Physiolofy introduction, Thermoregulation,

Decoding the Genetic Code: Translation and Post-Translational Modifications Explained

Mar

Gain a comprehensive understanding of the genetic code, the process of translation, and post-translational modifications. Explore how amino acids are assembled into proteins and how these proteins are modified to ensure proper function and cellular regulation.

Posted in: Library , Molecular Biology , Molecular Biology , PowerPoint Presentations , PowerPoint presentations , USMLE Content ,

Tags: codons, genetic code, Molecular Biology, post translational modifications, protein folding, Protein synthesis, ribosome function, translation, tRNA,

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Library

Session 2-A Comprehensive Review of Glycolysis, Pyruvate oxidation, TCA cycle, Gluconeogenesis, Fatty acids &TGs metabolism, and Ammonia metabolism

A Comprehensive Review of Glycolysis, Pyruvate Oxidation, TCA cycle, Gluconeogenesis, Metabolism of TGs & Fatty acids, and Ammonia Metabolism

Genetic Mutation Question Bank: Case-Based MCQs with Explanations

Autonomic Nervous System: Functions, Divisions, and Clinical Relevance

General Physiology – Generation of Nerve Action Potential Explained Step-by-Step

General Physiology – Ionic Distribution and Resting Membrane Potential Explained

General Physiology-Transport Across Cell Membrane

“Master Transcription with Case-Based MCQs: Test Your Understanding!”

What Is Homeostasis? Definition, Importance & Examples

Decoding the Genetic Code: Translation and Post-Translational Modifications Explained