Masters in Medical Physiology

Name: Masters in Medical Physiology
Rating: 4.4 (61 reviews)

Created byMed School Simplified Medical Courses

Last updated 10/2024

English

What you'll learn

Students will master the physiological mechanisms of major organ systems, including cardiovascular, respiratory, & renal systems, and their role in homeostasis
Students will integrate physiological knowledge with clinical practice, understanding how physiological principles underpin disease processes and treatment
Students will effectively apply physiological concepts to clinical cases and standardized exams, such as USMLE and MCAT, to solve complex medical problems.
Students will enhance their ability to interpret and analyze physiological data in test scenarios, focusing on critical thinking and problem-solving skills

Course content

8 sections • 117 lectures • 46h 56m total length

Cell membrane58:51
Explore the cell membrane composition—proteins, lipids, and carbohydrates—and the fluid mosaic model; connect phospholipids and glycolipids to surfactant, gm1 ganglioside as the cholera receptor, and paroxysmal nocturnal hemoglobinuria.
Cytoskeleton16:54
Total Body Water (Body Fluids)14:15
Learn how total body water is about 60% of body weight, with intracellular and extracellular fluids comprising two-thirds and one-third. Explore Stewart-Hamilton indicator-dilution using deuterium oxide and tracers.
Total Body Water: Darrow Yannet diagram23:34
Cellular Junctions13:22
Active Transport40:45
Transport Across Cell membranes59:50
Skeletal Muscle Physiology : Part 151:00
Skeletal Muscle Physiology : Part 235:05
Skeletal Muscle Physiology : Part 31:07:56
Physiology of Smooth Muscle19:48
Motor Unit : Muscle Physiology50:24
Neuron and Nerve59:24
Resting Membrane Potential1:11:15
Action potential in neuron : Part 112:20
Action potential in neuron : Part 21:19:11
Action potential in neuron : Part 31:00:06
Classification of Nerve fibres12:59

Introduction to Cardiovascular Physiology17:56
Ventricular Action Potential9:20
SA Nodal Action Potential20:17
Vascular Physiology23:14
Preload and After Load17:25
Ventricular Pressure Volume Loop19:55
Kussumal's Sign4:57
Jugular Venous pressure21:44
Hemodynamics11:26
Explore hemodynamics by analyzing laminar blood flow and Reynolds number, and apply Higgins (Poiseuille) formula showing blood flow depends on pressure difference and radius, inversely on length and viscosity.
Central Venous Pressure9:48
Cardiac Reflexes8:54
Cardiac Cycle42:22
Regulation of Blood Pressure16:34
Pulse waveforms and Abnormal pulses11:27
Irregularities in Action potentials and Heart Blocks35:13
Antiarrhythmic Drugs18:03

Hypothalamus and Pituitary Gland Hormones and its Regulation23:26
Physiology of Pituitary Stalk damage, Sheehan's syndrome, Prolactinomas28:11
Posterior pituitary Hormones16:09
Physiological aspects of Prolactinomas11:57
Explains how prolactinomas compress the optic chiasm to cause bitemporal hemianopsia, maps the six-layer lateral geniculate body and its magnocellular and parvocellular pathways, and outlines the pupillary light reflex.
Growth Hormone Physiology29:07
Explore growth hormone physiology: hypothalamic control of the anterior pituitary, direct bone growth, and indirect actions via liver-derived IGF-1.
Thyroid Hormones Part 125:02
Thyroid Hormones Part 244:59
Cortisol and Cushing Syndrome21:52
Explore how cortisol, produced by the adrenal cortex under ACTH, acts as a glucocorticoid and stress hormone; excess causes Cushing's syndrome with hyperglycemia, moon face, buffalo hump, and centripetal obesity.
Congenital Adrenal Hyperplasia28:47
Physiology of Calcium Homeostasis32:59
Endocrine function of Pancreas26:23
Physiology of Insulin Secretion10:22
Regulation of Insulin release and Diabetic ketoacidosis23:52
Actions of Insulin18:23

Layers of Gastrointestinal tract14:19
Gastrointestinal secretions23:27
Gastrointestinal Motility18:40
Digestion in Stomach - Part 118:56
Explore gastric glands, including surface and neck mucous cells, parietal and chief cells, and their products pepsinogen, gastric lipase, acid, intrinsic factor, and gastrin.
Digestion in Stomach - Part 216:40
Absorption of Substances11:07
Exocrine function of Pancreas, Intestinal Digestion and GI Hormones17:59
Summarize pancreatic exocrine enzymes and zymogens, such as trypsinogen and chymotrypsinogen, and how secretin and cholecystokinin regulate bicarbonate secretion, bile release, gallbladder contraction, and gastric emptying.
Physiology of Bile8:05
Describe how the liver produces about 500 ml of bile daily, comprising bile acids, bile salts, bilirubin and biliverdin pigments, cholesterol, water, and electrolytes, to emulsify fats.

Introduction To Central Nervous System19:20
Sensory Nervous system9:08
Receptors in CNS14:31
Reflexes14:10
Touch Receptors13:47
Somatosensory pathways23:45
Gate control theory9:00
Lower motor neurons7:01
Descending motor pathways20:35
UMN and LMN Lesions8:49
Syringomyelia22:59
Basal Ganglia23:16
Electroencephalography (EEG)7:25
Physiology of Learning and Memory1:09:01
Explore how learning builds knowledge and memory. Distinguish working, short-term, and long-term memory; explicit vs implicit, including semantic, episodic, and procedural memory, priming, and synaptic plasticity.
Hypothalamus10:49
The hypothalamus orchestrates sleep-wake cycles, circadian rhythm, and body temperature via the suprachiasmatic, anterior, and posterior nuclei, and regulates feeding through lateral, ventromedial, and arcuate nuclei as integration centers.
Sleep Physiology18:45
Special senses : Taste and Tongue9:38
Special Senses : Vision25:41
Special senses : Hearing and Balance28:25

Introduction to Renal Physiology - Functions of Kidney20:55
Structure & Function Of Nephrons11:05
Glomerular Filtration32:26
Regulation of GFR31:45
Proximal Convoluted Tubule22:01
Loop of Henle21:55
Distal convoluted tubule22:32
Collecting Ducts - Part 118:16
Collecting Ducts - Part 214:57
Renin Angiotensin Aldosterone pathway19:17
Anti diuretic Hormone39:30
Innervation to Bladder18:17
Glucose Titration Curve17:25
Acid base balance41:10

Weibel Airway Generations18:47
Conducting Zone17:56
Explore the conducting zone, its pseudostratified ciliated columnar epithelium and mucociliary escalator, and how basal and Clara cells act as stem cells, with Kartagener syndrome and cystic fibrosis.
Respiratory zone21:20
Alveolar ventilation and pulmonary circulation14:57
Explore alveolar ventilation and pulmonary circulation, define alveolar ventilation and alveolar gas exchange, and apply the alveolar gas equation and Bohr's equation to assess oxygenation.
Mechanism of Breathing24:43
Concepts of Compliance and Elastance13:38
Hypoxia and Pulmonary Circulation5:50
Pulmonary Flow Volume Loop24:38
Diffusion of gases9:13
Lung volumes and Capacities11:59
Oxy-Hemoglobin dissociation curve16:50
Perfusion to Lungs4:44
Pressure Volume Loop12:58
Ventilation - Perfusion Ratio10:16
Transportation of Gases15:30
Regulation of respiration15:41
Hypoxia and its types58:40
Effects of hypoxia on blood vessels6:23
Hypoxia reduces tissue oxygen, triggers systemic vasodilation to increase flow, while pulmonary vessels vasoconstrict to divert blood to healthy areas, via closure of oxygen-sensitive potassium channels, depolarization, and calcium-driven contraction.
Abnormal breathing patterns15:10
Respiratory reflexes9:37
Carbon dioxide Transport12:22
Explain how carbon dioxide is transported from tissues to lungs, primarily as bicarbonate with chloride shift, and how oxygen binding triggers Haldane and Bohr effects during gas exchange.
Underwater Respiration23:49
High-altitude Physiology1:00:54

Requirements

There are no strict prerequisites for enrolling in our Medical Physiology course, making it accessible to beginners and advanced learners alike. Whether you're preparing for MBBS, MD, USMLE, MCAT, or pursuing a career in allied health, this course is designed to accommodate learners with varying levels of prior knowledge. While a basic understanding of biology or human anatomy could be beneficial, it is not mandatory. The course starts with fundamental concepts and progressively builds upon them, ensuring that even those new to the field can follow along. All you need is a passion for learning, a willingness to engage with the material, and access to a device that allows you to view the course content. We aim to lower the barrier to entry, so no special tools or equipment are required—just your curiosity and commitment!

Description

Masters in Medical Physiology: Mastering the Foundations for MBBS, MD, USMLE, MCAT, and Allied Health

Welcome to the "Medical Physiology" course—a comprehensive and engaging learning experience designed to provide you with a deep understanding of the physiological principles that govern the human body. This course is tailored for students and professionals across various fields, including MBBS, MD, USMLE, MCAT, and allied health disciplines. Whether you're preparing for rigorous exams or seeking to enhance your clinical knowledge, this course offers a solid foundation that will empower you to succeed.

What You'll Learn:

Fundamental Concepts of Medical Physiology: Dive into the essential principles that form the basis of human physiology, covering topics such as cell physiology, membrane transport, and homeostasis.
In-Depth Exploration of Body Systems: Gain a thorough understanding of the major body systems, including the cardiovascular, respiratory, nervous, endocrine, and renal systems. Learn how these systems interact and maintain balance in the body.
Clinical Applications: Explore clinical scenarios integrated with physiology that illustrate how physiological principles apply to patient care. Understand the pathophysiological mechanisms underlying common diseases and disorders.
Exam Preparation: Receive targeted guidance for acing exams such as MBBS, MD, USMLE, and MCAT. Benefit from practice questions, quizzes, and tips designed to help you excel in your studies and assessments.

Who This Course Is For:

MBBS and MD Students: Ideal for medical students who need to master physiology as a core subject for their academic and clinical success.
USMLE and MCAT Aspirants: Perfect for those preparing for competitive exams that require a strong command of medical physiology.
Allied Health Professionals: Suitable for nurses, physician assistants, physical therapists, and other allied health practitioners looking to reinforce their knowledge or advance their careers.
Biology and Pre-Med Students: Great for students in related fields who want to build a solid foundation in physiology before entering medical or health-related programs.
Curious Learners: Anyone with a passion for understanding the human body and how it functions at a physiological level.

Who this course is for:

This course is ideal for a diverse range of learners interested in deepening their understanding of Medical Physiology. It is particularly valuable for MBBS and MD students who need a comprehensive and detailed grasp of physiological concepts to excel in their academic and clinical training. USMLE and MCAT aspirants will find the course content instrumental in mastering the physiological principles that are heavily tested in these exams. Additionally, allied health professionals such as nurses, physician assistants, and physical therapists who wish to reinforce their knowledge or transition into a more advanced role will benefit greatly. The course is also suitable for biology or pre-med students looking to build a strong foundation before entering medical or health-related fields. If you're passionate about understanding the intricate workings of the human body and how it applies to health and disease, this course is designed for you.

Masters in Medical Physiology

What you'll learn

Explore related topics

Course content

General Physiology18 lectures • 12hr 27min

Cardiovascular Physiology16 lectures • 4hr 49min

Endocrine Physiology14 lectures • 5hr 41min

Gastrointestinal, Hepatobiliary and Pancreatic Physiology8 lectures • 2hr 9min

Central Nervous system Physiology19 lectures • 5hr 56min

Renal Physiology14 lectures • 5hr 32min

Respiratory Physiology23 lectures • 7hr 6min

Reproductive Physiology5 lectures • 3hr 17min

Requirements

Description

Who this course is for: