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

26
May
Posted in: Energy metabolism , Multiple-choice questions , Practice questions , Question Bank , USMLE Style questions , USMLE styled question bank ,
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A Comprehensive Review of Glycolysis, Pyruvate Oxidation, TCA cycle, Gluconeogenesis, Metabolism of TGs & Fatty acids, and Ammonia Metabolism

21
May
Posted in: Energy metabolism , Library , Question Bank ,
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Genetic Mutation Question Bank: Case-Based MCQs with Explanations

12
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,
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Autonomic Nervous System: Functions, Divisions, and Clinical Relevance

08
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,
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General Physiology – Generation of Nerve Action Potential Explained Step-by-Step

07
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,
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General Physiology – Ionic Distribution and Resting Membrane Potential Explained

07
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,
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General Physiology-Transport Across Cell Membrane

06
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,
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“Master Transcription with Case-Based MCQs: Test Your Understanding!”

04
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,
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What Is Homeostasis? Definition, Importance & Examples

29
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,
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Decoding the Genetic Code: Translation and Post-Translational Modifications Explained

20
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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