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Year 1: Semester 2 – Preclinical Course: Physiology

Von Thad Wilson, PhD

The curriculum shown here is mirrored from that of the Touro University Middletown College of Osteopathic Medicine. This means that you can now easily review and study content related directly to what YOU are learning in class, or to get a head start with what is coming up.
Curriculum information for Touro Middletown was accessed here on 7/26/19: https://tourocom.touro.edu/academics/do-program/courses/

Inhalte

Physiology

Physiology—General Principles

Physiology – Introduction & Central Principles

play symbol Introduction to Physiology
05:25
lecture locked Homeostasis: Definition & Level of Organization
09:15
lecture locked Control and Regulation
07:35
Quiz zum Kurs „Physiology – Introduction & Central Principles“

Membrane Physiology

play symbol Cell Membranes & Organelle Membranes
04:32
lecture locked Lipid Bilayer: Structure & Intracellular and Extracellular Fluid
07:49
lecture locked Aquaporin (AQP): Definition, Structure & Function
03:59
lecture locked Ion Channels: Definition, Types & Function
04:43
lecture locked ATPases
06:35
lecture locked Solute Carriers (SLC Transporters)
06:38
lecture locked Cell Signaling
04:11
lecture locked Cell Signaling: Signal Reception
09:37
lecture locked Extracellular & Intracellular Signaling: Receptor Modifications
03:30
lecture locked Signal Amplification & Dissemination
07:23
lecture locked Membrane Potential: Ion Concentration
03:57
lecture locked Extracellular Fluid (ECF) & Intracellular Fluid (ICF)
07:36
lecture locked Ion Manipulation
04:51
lecture locked Action Potential
05:33
lecture locked Surface Modifications of Epithelial Cells
07:18
lecture locked Membrane and Transepithelial Potential
03:50
lecture locked Fenestration & Endothelial Transport
05:31
Quiz zum Kurs „Membrane Physiology“

Body Temperature Regulation

play symbol Introduction to Body Temperature Regulation
04:43
lecture locked Body Temperature Evaluation
04:06
lecture locked Circumventricular Organs (CVOs) & Blood-Brain Barrier
05:44
lecture locked Hypothalamus: Body Temperature Regulation
03:19
lecture locked Hyperthermia (Heat Stroke): Causes & Symptoms
02:52
lecture locked Temperature Measurement
05:03
Quiz zum Kurs „Body Temperature Regulation“

Acid-Base Balance

play symbol Review of [H+] and pH
05:20
lecture locked Blood pH: Acidosis & Alkalosis – Acid Base Balance
03:20
lecture locked Acids, Bases and Buffers
04:27
lecture locked Buffer: Definition & Titration Curves
03:40
lecture locked Henderson-Hasselbalch Equation: Examples
01:53
lecture locked ph Adjustment: Acid Handling
05:28
lecture locked Renal reabsorption of HCO3 – Acid Base Balance
03:39
lecture locked Titratable Acids
04:14
lecture locked Ammonia: NH3 & NH4
03:25
lecture locked Acid-Base Box
04:36
lecture locked Respiratory Acidosis & Alkalosis
12:05
lecture locked Metabolic Acidosis & Alkalosis
06:35
lecture locked Anion Gap & Osmolar Gap
04:57
lecture locked Renal Tubular Acidosis: Types & Acid-Base Summary
07:47
Quiz zum Kurs „Acid-Base Balance“

Neurophysiology

play symbol Nerves and Neurotransmission
05:06
play symbol Postsynaptic Potential (PSP) and Binding
05:03
lecture locked Action Potential: Propagation and Myelin
06:06
lecture locked Glial Cells and Astrocyte Assisted Activities
04:36
lecture locked Vision: Structure and Function of the Eye
03:52
lecture locked Vision: Lens, Pupil and Humors
07:11
lecture locked Vision: Photoreception
04:36
lecture locked Vision: Signal Termination and Convergence
08:23
lecture locked Hearing: Hearing Structure and Function
08:43
lecture locked Hearing: Hair Cells and Semicircular Channels
05:35
lecture locked Balance: Vestibular Structure and Function
03:48
lecture locked Balance: Otolith Organs
04:02
lecture locked Taste-Receptors: Types, Structure, Function & Taste Transduction
07:15
lecture locked Smell: Transduction and Integration
03:36
lecture locked Muscle Nerve Fiber Properties
07:42
lecture locked Renshaw Cells and Muscle Reflexes
03:32
lecture locked Cutaneous Sensory Afferents
01:58
lecture locked Mechanoreceptors: En- & Unencapsulated
07:59
lecture locked Free Nerve Ending (FNE)
05:57
lecture locked Structure of the Autonomic Nervous System (ANS)
09:03
lecture locked Hypothalamus and Brainstem
04:03
lecture locked Circumventricular Organs (CVO's) and Cerebral Spinal Fluid
06:39
lecture locked Effectors of the Autonomic Nervous System (ANS)
05:39
lecture locked Autonomic Nervous System: GI Tract
06:22
lecture locked Autonomic Nervous System: Skin Appendages
04:26
Quiz zum Kurs „Neurophysiology“

Musculoskeletal Physiology

play symbol Bone: Structure and function
07:53
lecture locked Bone Remodeling
07:20
lecture locked Control and Regulation of Calcium and Phosphorus
05:01
lecture locked Types of Muscle Contractions
03:27
lecture locked Initiation of Muscle Contraction
03:00
lecture locked Cross-bridge Cycling
02:55
lecture locked Force Production and Motor Unit
04:32
lecture locked Muscle Fiber Types and Properties
06:17
lecture locked Smooth Muscles: Location and Types
03:00
lecture locked Smooth Muscles: Structure Function
07:06
lecture locked Smooth Muscles: Contraction and Relaxation
09:09
Quiz zum Kurs „Musculoskeletal Physiology“

Cardiac Physiology

play symbol Cardiac Pacemakers – Heart Rate and Electricity
03:54
play symbol Membrane Potential – Heart Rate and Electricity
05:54
lecture locked Pacemaker Potential and Pacemaker Cells – Heart Rate and Electricity
07:54
lecture locked Para- and Sympathetic Control of the Heart Rate – Heart Rate and Electricity
06:49
lecture locked Influence on Pacemaker Activity – Heart Rate and Electricity
04:02
lecture locked Heart Rate Ranges and Gap Junction Channels – Heart Rate and Electricity
07:49
lecture locked Non-Pacemaker Action Potential – Heart Rate and Electricity
04:35
lecture locked Myocyte Conduction Pathway and Atrioventricular Block (AV) – Heart Rate and Electricity
07:52
lecture locked Ectopic Foci and Abnormal Conduction – Heart Rate and Electricity
02:08
lecture locked Electrocardiogram (ECG): Definition, Function & Basic Principles – Electrocardiogram
02:39
lecture locked Sequence of Depolarization – Electrocardiogram
07:52
lecture locked ECG Tracing: Definitions and Related Cardiac Timing – Electrocardiogram
03:55
lecture locked ECG Tracing: Normal Intervals – Electrocardiogram
08:05
lecture locked Mean Electrical Axis and Determining Axis on ECG – Electrocardiogram
05:56
lecture locked ECG Abnormalities – Electrocardiogram
05:58
lecture locked Systole and Diastole – Cardiac Cycle
01:42
lecture locked Isovolumetric Contraction: LV Phases— Cardiac Cycle
06:12
lecture locked Atrial Systole and Diastole – Cardiac Cycle
02:52
lecture locked Complete Picture of the Cardiac Cycle – Cardiac Cycle
04:11
lecture locked Intracardiac and Vascular Heart Pressure – Cardiac Cycle
04:08
lecture locked Heart Sounds – Cardiac Cycle
05:07
lecture locked Cardiac Output, Flow, Pressure and Resistance Theory – Cardiac Mechanics
03:23
lecture locked Preload and the Frank-Starling Law – Cardiac Mechanics
09:15
lecture locked Afterload – Cardiac Mechanics
05:30
lecture locked Inotropy: Definition, Regulation and Effects – Cardiac Mechanics
08:08
lecture locked Frank-Starling Curve and Atrial Dynamics – Cardiac Mechanics
04:15
Quiz zum Kurs „Cardiac Physiology“

Vascular Physiology

play symbol Flow, Pressure and Resistance Theory – Blood Vessels and Pressure
03:47
play symbol Fluid Movement Resistance, Laminar and Turbulent Blood Flow – Blood Vessels and Pressure
04:17
lecture locked Blood Flow and Velocity – Blood Vessels and Pressure
02:38
lecture locked Mean Arterial Pressure (MAP) – Blood Vessels and Pressure
04:28
lecture locked Vascular Anatomy – Blood Vessels and Pressure
10:14
lecture locked Local Factors of Arterial Pressure – Blood Vessels and Pressure
06:32
lecture locked Neurohumoral Factors of Arterial Pressure– Blood Vessels and Pressure
05:04
lecture locked Baroreceptor Reflex – Regulation of Ambulatory Blood Pressure (ABP)
05:59
lecture locked Brain Regions and Autonomic Control – Regulation of Ambulatory Blood Pressure (ABP)
02:52
lecture locked Baroreflex & Baroreceptor Function Alteration, Resetting & Adaptation – Regulation of Ambulatory Blood Pressure (ABP)
06:30
lecture locked Renin-Angiotensin-Aldosterone System (RAAS) – Regulation of Ambulatory Blood Pressure (ABP)
03:59
lecture locked ADH (Vasopressin) and Natriuretic Peptides – Regulation of Ambulatory Blood Pressure (ABP)
06:35
lecture locked Central Venous Pressure (CVP) – Regulation of Venous Pressure
02:42
lecture locked Vascular Function Curves – Regulation of Venous Pressure
04:15
lecture locked Combination of Cardiac and Vascular Function Curves – Regulation of Venous Pressure
06:00
lecture locked Isometric and Isotonic Resistance Exercise – CV Response to Exercise
03:44
lecture locked Blood Pressure Effects on the Valsalva Maneuver – CV Response to Exercise
04:45
lecture locked Cardiovascular Response and CO Changes in Endurance Training – CV Response to Exercise
04:12
lecture locked ABP Response to Endurance Training – CV Response to Exercise
02:44
lecture locked Skeletal Muscle Pump and Effects of Chronic Endurance Training – CV Response to Exercise
05:24
lecture locked Distribution of Blood Flow – Special Circulations
03:17
lecture locked Cerebral Circulation – Special Circulations
04:50
lecture locked Coronary Circulation – Special Circulations
04:35
lecture locked Cutaneous Circulation – Special Circulations
02:12
lecture locked Skin Blood Flow – Special Circulations
04:19
Quiz zum Kurs „Vascular Physiology“

Respiratory Physiology

play symbol Respiratory Cycle – Breathing and Lung Mechanics
04:29
play symbol Airway Resistance – Breathing and Lung Mechanics
07:45
play symbol Pulmonary Ventilation – Breathing and Lung Mechanics
05:55
play symbol Pulmonary Surface Tension – Breathing and Lung Mechanics
03:57
lecture locked Work of Breathing — Breathing and Lung Mechanics
03:50
lecture locked Learning Outcomes – Breathing and Lung Mechanics
01:32
lecture locked Introduction – Pulmonary Blood Flow
02:35
lecture locked Effects of Pulmonary Artery Pressure – Pulmonary Blood Flow
03:28
lecture locked Effects of Lung Volume – Pulmonary Blood Flow
04:18
lecture locked Effects of Hypoxia – Pulmonary Blood Flow
05:43
lecture locked Learning Outcomes – Pulmonary Blood Flow
00:30
lecture locked Oxygen Transport – Gas Transport
03:36
lecture locked Hemoglobin and O2 Binding – Gas Transport
10:17
lecture locked Blood Gas Transport Comparison – Gas Transport
01:55
lecture locked Carbon Dioxide Transport – Gas Transport
05:48
lecture locked Learning Outcomes – Gas Transport
00:53
lecture locked Introduction – Hypoxemia and Hypercapnia
05:59
lecture locked Alveolar Gas Equation – Hypoxemia and Hypercapnia
01:56
lecture locked Practice Calculation – Hypoxemia and Hypercapnia
03:23
lecture locked Tissue Hypoxia – Causes – Hypoxemia and Hypercapnia
04:13
lecture locked Diffusional Impairment – Hypoxemia and Hypercapnia
07:33
lecture locked Ventilation to Perfusion Inequality – Hypoxemia and Hypercapnia
02:48
lecture locked Upright Lung – Hypoxemia and Hypercapnia
08:31
lecture locked Learning Outcomes – Hypoxemia and Hypercapnia
01:24
lecture locked Introduction – Control & Regulation of Breathing
01:42
lecture locked Engineering Control Systems Approach – Control & Regulation of Breathing
05:39
lecture locked Central Chemoreceptor – Control & Regulation of Breathing
01:58
lecture locked Peripheral Chemoreceptors – Control & Regulation of Breathing
06:00
lecture locked Interrelations of Blood Glasses on Ventilation – Control & Regulation of Breathing
03:18
lecture locked Other Sensors With Pulmonary Implications – Control & Regulation of Breathing
04:33
lecture locked Learning Outcomes – Control & Regulation of Breathing
00:54
lecture locked Breath-hold Diving – Effect of Barometric Pressure on the Pulmonary System
02:14
lecture locked Breath Hold – Effect of Barometric Pressure on the Pulmonary System
07:14
lecture locked PO2 Calculations – Effect of Barometric Pressure on the Pulmonary System
06:16
lecture locked Acute Mountain Sickness – Effect of Barometric Pressure on the Pulmonary System
01:59
lecture locked HACE – Effect of Barometric Pressure on the Pulmonary System
02:12
lecture locked HAPE – Effect of Barometric Pressure on the Pulmonary System
02:44
lecture locked Learning Outcomes – Effect of Barometric Pressure on the Pulmonary System
00:55
Quiz zum Kurs „Respiratory Physiology“

Renal Physiology

play symbol Functions and Segments – Urinary System
09:35
play symbol Blood Supply and Control – Urinary System
06:55
lecture locked Glomerular Filtration Rate
02:22
lecture locked Starling Forces
09:05
lecture locked Afferent and Efferent Arterioles
04:24
lecture locked Regulation of GFR and RBF
09:56
lecture locked Renal Clearance Equations
08:00
lecture locked Reabsorption in the Proximal Tubule
06:27
lecture locked Macromolecular Transport
07:51
lecture locked Effect of Transport Maximum on Excretion
04:54
lecture locked Proximal Tubule: Ion Transport
06:55
lecture locked Reabsorption in the Distal Tubule
04:07
lecture locked Aldosterone: Effects and Regulation
06:07
lecture locked Urea Cycle and Collecting Duct
03:00
lecture locked Secretion and Organic Transport in the Proximal Tubule
04:44
lecture locked Loop of Henle: Overview and Reabsorption
10:37
lecture locked Integrated Control of Blood Volume: Overview
05:38
lecture locked Antidiuretic Hormone (ADH) and Osmolality
04:36
lecture locked Renin-Angiotensin-Aldosterone System
05:05
lecture locked Corticopapillary Osmotic Gradient
08:29
lecture locked Countercurrent Multiplier System
06:14
lecture locked Body Fluid Compartments
05:37
lecture locked Measuring Ions and Fluid Compartments
07:17
lecture locked Changes in Body Fluid Compartment
11:50
Quiz zum Kurs „Renal Physiology“

Gastrointestinal Physiology

play symbol Fundamental Gi Functions – Gastrointestinal System
02:12
play symbol Overview – Gastrointestinal System
03:54
play symbol Phases of Digestion – Gastrointestinal System
03:32
play symbol Parasympathetic Nervous System – Gastrointestinal System
01:16
play symbol Sympathetic Nervous System – Gastrointestinal System
03:11
play symbol Neural Signaling Molecules – Gastrointestinal System
02:28
play symbol Gi Hormones – Gastrointestinal System
03:34
play symbol Learning Outcomes – Gastrointestinal System
00:57
lecture locked Introduction – Upper Gastrointestinal Secretion
05:55
lecture locked Salivary Glands: Structure and Functions – Upper Gastrointestinal Secretion
02:50
lecture locked Salivary Glands: Control and Regulation – Upper Gastrointestinal Secretion
07:22
lecture locked Gastric Oxyntic Gland: Structure and Functions – Upper Gastrointestinal Secretion
02:08
lecture locked Gastric Oxyntic Gland: Control and Regulation – Upper Gastrointestinal Secretion
07:53
lecture locked Learning Outcomes – Upper Gastrointestinal Secretion
01:33
lecture locked Pancreatic Secretions – Lower Gastrointestinal Secretion
01:52
lecture locked Exocrine Pancreas – Lower Gastrointestinal Secretion
08:03
lecture locked Hepatobiliary – Lower Gastrointestinal Secretion
05:14
lecture locked Non-GI Glands – Lower Gastrointestinal Secretion
04:46
lecture locked Learning Outcomes – Lower Gastrointestinal Secretion
01:01
lecture locked Introduction – Digestion and Absorption
03:13
lecture locked Digestion – Digestion and Absorption
07:09
lecture locked Absorption – Digestion and Absorption
13:50
lecture locked Splanchnic Circulation – Digestion and Absorption
02:40
lecture locked Learning Outcomes – Digestion and Absorption
01:11
lecture locked Introduction – Gastrointestinal Motility
04:02
lecture locked Swallowing – Gastrointestinal Motility
05:25
lecture locked Gastric Motility – Gastrointestinal Motility
04:08
lecture locked Intestinal Motility – Gastrointestinal Motility
01:37
lecture locked Slow Waves – Gastrointestinal Motility
03:20
lecture locked Learning Outcomes – Gastrointestinal Motility
01:02
Quiz zum Kurs „Gastrointestinal Physiology“

Endocrine Physiology

play symbol Endocrine System and Hypothalamic-Pituitary Axis (HPA)
02:11
play symbol Feedback Loops and Pituitary Gland
04:11
lecture locked HPA Hormones & Targets and Posterior Pituitary Hormones
03:45
lecture locked Hypothalamic–Pituitary–Thyroid Axis
04:30
lecture locked Thyroid Hormones
05:23
lecture locked Thyroid Hormone Transportation
03:04
lecture locked Thyroid Hormones: Symptomatology Associated
03:45
lecture locked Hypothalamic–Pituitary–Adrenal Cortex Axis
07:31
lecture locked Adrenal Hormone Synthesis
05:36
lecture locked Adrenal Functions
03:28
lecture locked Endocrine Pancreas Hormones
02:08
lecture locked Glucagon Basics and Regulation of Glucagon Secretion
02:29
lecture locked Glucagon: Functions
03:37
lecture locked Insulin Basics
02:22
lecture locked Insulin Secretion and Regulation
06:40
lecture locked Insulin: Functions
03:00
lecture locked Insulin: Metabolic Effects and Counterregulatory Hormones
03:35
Quiz zum Kurs „Endocrine Physiology“

Reproductive Physiology

play symbol Introduction to Male Reproductive Endocrinology
02:42
lecture locked Testosterone Effects
04:41
lecture locked Testis, Spermatogenesis and Sperm Maturation: Sertoli Cell Secretions
04:18
lecture locked Introduction to Female Reproductive Endocrinology
03:56
lecture locked Estrogen and Progesterone Synthesis
04:00
lecture locked Estradiol and Progestin Effects
02:06
lecture locked Menstrual Cycle: 28 Days Female Cycle
02:36
lecture locked Endometrial Cycle
05:11
lecture locked Hypothalamic-Pituitary-Ovarian Axis: Control & Regulation
03:01
lecture locked Sperm and Capacitation
03:13
lecture locked Fertilization
04:33
lecture locked Location of Fertilization & Early Divisions: Implantation
03:30
lecture locked Placenta: Blood Flow, Barriers & Exchange
04:04
lecture locked Maternal Changes
06:09
lecture locked Fetal & Adult Circulation: Comparison & Distribution
05:38
lecture locked Changes at Birth
04:10
lecture locked Milk Secretion and Production
02:59
lecture locked Regulation of Lactation
05:14
Quiz zum Kurs „Reproductive Physiology“
Quiz zum Kurs „Year 1: Semester 2 – Preclinical Course: Physiology“

Details

  • Enthaltene Vorträge: 254
  • Laufzeit: 20:40 h
  • Enthaltene Quizfragen: 772
  • Enthaltene Lernmaterialien: 58

Dozenten des Kurses Year 1: Semester 2 – Preclinical Course: Physiology

 Thad Wilson, PhD

Thad Wilson, PhD

Thad Wilson is a Professor of Physiology and has been teaching medical students for more than a dozen years at Colleges of Medicine in Philadelphia, PA (Drexel University); Athens, OH (Ohio University), and Indianapolis, IN (Marian University). He has worked extensively developing and improving medical curriculums, as well as serving in leadership roles as a Medical Physiology course director and Organ System team leader. Professor Thad Wilson has been awarded multiple medical school teaching awards and previously was involved in both question writing and question reviewing for national board exams in the health sciences. He currently helps students prepare for medical board exams, in addition to his teaching and scientific pursuits. Professor Thad Wilson has coauthored over 75 peer-reviewed scientific articles as well as a physiology textbook, Lippincott’s Illustrated Reviews: Physiology, which has been translated into four languages and a number of electronic formats.

Rezensionen

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ECG needs work
von Simarbeer S. am 06. August 2019 für Cardiac Physiology

I checked the entire ECG / EKG lectures and they confused me more than they helped. The article 7 steps was a good start in my opinion but a video lecture of someone walking me through the steps would be better. The lectures don't cover how one should go about reading the ECG and what to infer from the data provided. This would come in handy to read them not just for the step exams but the clinical rotations as well so maybe add or change them up. ECG in Boards and Beyond could be looked at as good example for that in my opinion.

 
The best medical app
von Bhavya S. am 06. August 2019 für Neurophysiology

I am able to write my exams only listening to your videos. And your Qbank is very very useful for me...

 
My regards concerning the Respiratory Physiology course
von David W. am 19. Juli 2019 für Respiratory Physiology

I have really enjoyed the course because Prof. Thad Wilson explained all the concepts in easy and understanding way. So I can integrate all these concepts and apply while I converge that knowledge with other concepts that I have to apply while I'm trying to understand and see how other body systems actually work. For example the cardiovascular system, among others.

 
Amazing lesson!
von Moshe H. am 18. Juli 2019 für Musculoskeletal Physiology

Amazing lesson! It’s very easy to understand. He is explaining everything clear!