50:33
13. Cardiovascular Physiology
Frontiers of Biomedical Engineering (BENG 100) Professor Saltzman discusses the biophysics...
published: 18 Nov 2008
Author: YaleCourses
13. Cardiovascular Physiology
Frontiers of Biomedical Engineering (BENG 100) Professor Saltzman discusses the biophysics of the circulatory system. He begins by describing the anatomy of different types of blood vessels, and states the relationship between pressure difference (ΔP) as the driving force for fluid flow (Q) in a tube (ie, blood vessel) with some resistance R (ΔP = RQ). R can be calculated using if dimensions of the tube (L, r) and fluid viscosity (μ) are known: R = 8μL/πr4. Next, Professor Saltzman traces the blood flow through the circulatory system and explains how the body can regulate blood flow to specific regions of the body. Finally, he describes the heart and its function as the pressure generator in the system. 00:00 - Chapter 1. Introduction 03:46 - Chapter 2. The Heart in the Circulatory System 15:42 - Chapter 3. Blood Flow and Pressure 45:03 - Chapter 4. Blood Flow Within the Closed Circulatory System Complete course materials are available at the Open Yale Courses website: open.yale.edu This course was recorded in Spring 2008.
2:08
Physiology Tour
Emergent properties of the cells within the body....
published: 15 Apr 2007
Author: Michael Freudiger
Physiology Tour
Emergent properties of the cells within the body.
11:25
Anatomy and Physiology
Paul Andersen introduces Anatomy and Physiology in this podcast. He starts by describing h...
published: 15 Mar 2012
Author: bozemanbiology
Anatomy and Physiology
Paul Andersen introduces Anatomy and Physiology in this podcast. He starts by describing how the form of an object fits the function. He then explains the themes of homeostasis and hierarchy. He describes the four major types of tissues; epithelial, muscle, nervous and connective. He finally surveys all of the major organ systems in the human body.
4:52
Renal Physiology
Renal Physiology...
published: 16 Mar 2011
Author: anna2010ism
Renal Physiology
Renal Physiology
8:51
Physiology : neuromuscular junction - motor unit
Check out the high definition version of this video here : blip.tv 1- The body movements a...
published: 10 Sep 2009
Author: medbenmedben
Physiology : neuromuscular junction - motor unit
Check out the high definition version of this video here : blip.tv 1- The body movements are controled by muscles. 2- while contracting, the muscle is reduced in length and join closer the 2 bones on which it is inserted. 3- However,it's the nervous system that controls the muscle contraction by the means of nerves. 4- Each nerve contains thousands of nerve fibers arranged in dendrites which carry out sensory information and axons that convey motor impulses. 5- Each motor neuron innervates several muscle fibers, 6- this association define what is called a motor unit. 7- In general, the fewer the muscle fibers are in a motor unit the more the movement is precise. 8- for example in the temporalis muscle there are 1000 muscle fibers per motor unit while in the external ocular muscles there are only 5, this reflects the accuracy of the eye movements. 9- The intensity of the muscle contraction is proportional to the number of motor units recruited. 10- A neuron gives several endings that sometimes scatter throughout the thickness of a muscle, 11- each terminal is intended to stimulate a single muscle fiber in a specific place: the neuromuscular junction. 12- Just before the axon terminal, the neuron loses its myelin sheath and forms a terminal button. 13- The terminal button contains many mitochondria that provides energy and several synaptic vesicles. 14- Each vesicle contains approximately 10000 of acetylcholine molecules, the unique neurotransmitter of the neuromuscular <b>...</b>
11:00
Anatomy & Physiology Review of Skeletal Muscle Tissue
Video i recorded off a cd-rom. Sorry with the background noises, my laptop was making all ...
published: 03 May 2009
Author: lovexconquersx
Anatomy & Physiology Review of Skeletal Muscle Tissue
Video i recorded off a cd-rom. Sorry with the background noises, my laptop was making all sorts of weird noises at random times. Hope this helps!
51:14
16. Renal Physiology
Frontiers of Biomedical Engineering (BENG 100) Professor Saltzman introduces the basic con...
published: 18 Nov 2008
Author: YaleCourses
16. Renal Physiology
Frontiers of Biomedical Engineering (BENG 100) Professor Saltzman introduces the basic concepts of renal physiology. Professor Saltzman first introduces the function and anatomy of the kidney. Special attention is given to the cell types and structural aspect of the nephron, the functional unit of the kidney. Filtration, secretion of toxic waste, and reabsorption of water, ions, and nutrients through the glomerulus and various segments of the nephrons is discussed in detail. Finally, Professor Saltzman describes glomerular filtration rate as a function of pressure drop, which is regulated by afferent and efferent arterioles, to control how much volume being filtered through glomerulus. 00:00 - Chapter 1. Introduction to Renal Physiology 04:53 - Chapter 2. Structure and Function of Kidneys 15:52 - Chapter 3. Mechanisms of Renal Functions 29:32 - Chapter 4. Process of Renal Filtration 47:11 - Chapter 5. The Role of Pressure in Filtration and Conclusion Complete course materials are available at the Open Yale Courses website: open.yale.edu This course was recorded in Spring 2008.
68:12
Peripheral Nervous System: Anatomy, Physiology, and Pathology
Duke Neurology of Raleigh's Vinod Krishnan, MD, helps to make sense of the peripheral ...
published: 29 Sep 2010
Author: DukeMedicine
Peripheral Nervous System: Anatomy, Physiology, and Pathology
Duke Neurology of Raleigh's Vinod Krishnan, MD, helps to make sense of the peripheral nervous system.
7:57
Physiology of Lipoprotein Metabolism
Reducing the Atherogenic Burden Molecular Disease Branch National Heart, Lung and Blood In...
published: 17 Aug 2009
Author: gmejiaretana
Physiology of Lipoprotein Metabolism
Reducing the Atherogenic Burden Molecular Disease Branch National Heart, Lung and Blood Institute National Institutes of Health Bethesda, Maryland
3:34
The Science of Stress Physiology Emotions Fight Flight
www.hunterkane.com Till 1994 we believed —a wild animal, whatever it happens to be&m...;
published: 04 Jun 2008
Author: anandjee
The Science of Stress Physiology Emotions Fight Flight
www.hunterkane.com Till 1994 we believed —a wild animal, whatever it happens to be—came through to a relay station called the thalamus, the thalamus sends the information to the cortex, or the pre-frontal cortex. What was believed was the cortex initiates an automatic knee-jerk response: Behavioural - we jump back; Physiological - we increase our blood pressure and adrenalin to fight or flight, and then an Immunological response in case the system is damaged in some way. But in fact, back in 1994, Joseph LeDoux and his team discovered this pathway to this guy called the amygdala. Now the amygdala is a key emotional centre in the brain, and what they discovered was that it was the amygdala that initiates the response, not the cortex. In fact, even more important than that, the amygdala initiates the response before the information reaches the cortex. Now, because the amygdala is there to keep us alive, it's actually not very accurate, but very high speed, and the cortex is very accurate, but relatively slow. So, we've initiated a response; activated a response before the information even reaches the cortex. Why does that matter? Well, the cortex is where we learn new things; it's where we learn how to behave. So what we call default behaviours today—and a perfect example of that would be road-rage—so we might get involved in some altercation on the road, we get very frustrated and angry with somebody, then a moment later we realise we perhaps overreacted; because that's <b>...</b>
61:20
Endocrine System Physiology.wmv
This is an overview of endocrine system physiology. I completely forgot to mention, my apo...
published: 21 Apr 2011
Author: bullharrier
Endocrine System Physiology.wmv
This is an overview of endocrine system physiology. I completely forgot to mention, my apologies, that steroid hormones are also slower in eliciting a cellular response than peptide hormones. Steroid hormone responses include transcription and translation and then a physiologic response while peptide hormones activate inactive secondary messengers that interact with enzymes that are already within the cystol. Steroid hormones also tend to stay bound to their receptors longer than peptides which is another reason why they are slower to be cleared.
53:07
1.2 Cellular Physiology
Get the notes: www.lulu.com Thelecture notes for this and all numbered lectures are availa...
published: 23 Feb 2011
Author: PHRM203
1.2 Cellular Physiology
Get the notes: www.lulu.com Thelecture notes for this and all numbered lectures are available at Lulu.com, keyword PHRM203 or just follow the link. The notes do NOT include Exam Reviews, Paramedic Pharm, Heart Sounds, or Chest Tubes.
46:08
15. Cardiovascular Physiology (cont.)
Frontiers of Biomedical Engineering (BENG 100) Professor Saltzman talks about electrical c...
published: 18 Nov 2008
Author: YaleCourses
15. Cardiovascular Physiology (cont.)
Frontiers of Biomedical Engineering (BENG 100) Professor Saltzman talks about electrical conductivity in the heart: that is, the generation and propagation of electrical potential in heart cells. He describes the role of ion channels and pumps in transporting sodium, potassium, and calcium ions to create action potential. This propagation of signal from the sinoatrial node through different tissues, which can be replaced by a pacemaker, eventually stimulates contraction of muscle fibers throughout the heart. Next, he describes the electrocardiograph and how each wave trace corresponds to the events caused by depolarization/repolarization of different heart tissues. 00:00 - Chapter 1. The Lipid Membrane and Electric Potential 08:02 - Chapter 2. Creation of Action Potential 15:50 - Chapter 3. Electrophysiological Differences Between Nervous System and Heart 22:43 - Chapter 4. The Cardiac Conduction System 26:46 - Chapter 5. The Heartbeat and EKG 40:35 - Chapter 6. Conclusion Complete course materials are available at the Open Yale Courses website: open.yale.edu This course was recorded in Spring 2008.
44:37
17. Renal Physiology (cont.)
Frontiers of Biomedical Engineering (BENG 100) Professor Saltzman continues his descriptio...
published: 18 Nov 2008
Author: YaleCourses
17. Renal Physiology (cont.)
Frontiers of Biomedical Engineering (BENG 100) Professor Saltzman continues his description of nephron anatomy, and the specific role of each part of the nephron in establishing concentration gradients to help in secretion and reabsorption of water, ions, nutrients and wastes. A number of molecular transport processes that produces urine from the initial ultra-filtrate, such as passive diffusion by concentration difference, osmosis, and active transport with sodium-potassium ATPase, are listed. Next, Professor Saltzman describes a method to measure glomerular filtration rate (GFR) using tracer molecule, inulin. He then talks about regulation of sodium, an important ion for cell signaling in the body, as an example to demonstrate the different ways in which nephrons maintain homeostasis. 00:00 - Chapter 1. Introduction 03:06 - Chapter 2. The Role of the Nephron in Ion Balance 16:54 - Chapter 3. The Glomerular Filtration Rate 26:21 - Chapter 4. Selective Reabsorption 39:51 - Chapter 5. Water Balance and Conclusion Complete course materials are available at the Open Yale Courses website: open.yale.edu This course was recorded in Spring 2008.
Vimeo results:
6:13
復活!カエルゾンビ水中バレエ!Reanimation!Underwater Zombie frog ballet!
My project “Revived Zombie Frogs Underwater Ballet,” originally started from 2009 has been...
published: 10 Nov 2011
Author: LuYang
復活!カエルゾンビ水中バレエ!Reanimation!Underwater Zombie frog ballet!
My project “Revived Zombie Frogs Underwater Ballet,” originally started from 2009 has been consummated as a video work. This work takes a form of MTV showing dead frog’s dance controlled by Midi controller and Midi signal. For the avoidance of cruelty to animals, dead frog bodies originally used in a medical dissection experiment were re-used for this work.
Because of my strong affinity with CONTROL, the control of people and animals, I have been creating my works by using technology and various media. Such a control totally relies on the cerebration of human and they cannot escape from the physiological reality. Yet they use their bodies to create devices so they can break away from these limitations while they are being controlled by their physical form or illness.
I have strongly desired to substantiate a cross-cutting collaboration work. Art itself is a small discipline and I am hoping to learn more by combining it with other disciplines.
Finally I would like to express my sincere appreciation for Fukuoka Asian Art Museum and all technical specialists and their staff members who cooperated with my art-making.
2009年より考えてきた「復活!水中カエルゾンビバレエ」 を、ここに映像作品として実現することができました。この作品はミュージックビデオの形をとっており、MidiコントローラーとMidi信号で蛙の死骸をコントロールしてダンスを演出します。この作品で使った蛙の死骸は解剖実験で使用されたものであり、動物虐待に関与するものではありません。
私は、これまでテクノロジーや様々な表現手段を使って、作品を制作してきましたが、それは「コントロール」に対する関心があるからです。人間のコントロールと生物のコントロール。人間の思考がこのようなコントロールを左右し、また人と動物は共に生理的な限界からは逃れられません。しかし、自身の肉体の構造や病にコントロールされながらも、同時に、肉体が生み出す道具によって、コントロールに対し抵抗しているのです。
私はこれまでジャンル横断的なコラボレーションを実現させたいと強く望んできました。アートはとても小さな領域にしかすぎません。こうしたコラボレーションによって、異なる領域からたくさんのことを学べると信じていますし、とても期待しています。
最後に福岡アジア美術館、およびこの作品制作に協力いただいた専門技術のスタッフに、心より感謝いたします。
0:18
PARTO VAGINAL NORMAL, PERIODO DE ALUMBRAMIENTO EXPULSIÓN DE LA PLACENTA - PLACENTA DELIVERY
Enviado por " CONSULTORIO MÉDICO JAVIER FLORES BUISSON " MÁNCORA- PERÚ...
URL: http://cons...
published: 07 Aug 2009
Author: Javier Ernesto Flores Buisson
PARTO VAGINAL NORMAL, PERIODO DE ALUMBRAMIENTO EXPULSIÓN DE LA PLACENTA - PLACENTA DELIVERY
Enviado por " CONSULTORIO MÉDICO JAVIER FLORES BUISSON " MÁNCORA- PERÚ...
URL: http://consultoriomedicofloresmancora.es.tl/ ...
Si desea ver el parto completo, entrar a:
http://www.youtube.com/watch?v=F6rwmK...
If you want to watch the complete birth enter to:
http://www.youtube.com/watch?v=F6rwmK...
El Periodo de alumbramiento: se inicia al terminar la salida del feto y finaliza con la salida de la placenta y membranas ovulares. Las fuerzas que actúan en este periodo son las contracciones uterinas y la prensa abdominal de la mujer. La duración máxima es de 30 minutos. Tiene dos periodos:
-Desprendimiento: de la placenta y membranas. Con el nacimiento del niño el útero se vacía y sufre retracción para adaptarse a su menor contenido. Se produce una brusca disminución de su tamaño y un aumento de su grosor. Como consecuencia del acortamiento del cuerpo uterino, hay una importante reducción de la zona de inserción de la placentaria. Como la placenta carece de elasticidad, tiene que doblarse, con lo que se produce la separación y se forma un hematoma entre la placenta y la decidua del útero. El desprendimiento se produce a nivel de la decidua, quedando una parte de ella en el útero, a partir de la cual se regenerará el endometrio. Cuando la placenta está casi totalmente desprendida, se inicia el desprendimiento de membranas, que se produce por las contracciones del útero y por la tracción que ejerce la placenta.
El desprendimiento de la placenta se identifica cuando se observan los siguientes signos:
-Aparición de sangre oscura en la vagina.
-Descenso del cordón umbilical.
-Modificaciones del fondo del útero.
-Exteriorización placentaria.
Cuando sale el feto y se corta el cordón, queda una pinza hacia abajo, el desprendimiento de la placenta hace que esa pinza descienda hacia abajo y se produce una ligera hemorragia ( hemorragia del alumbramiento). Para que salga la mujer debe empujar un poco. La matrona debe elevar el cordón ( sin tirar) con una mano por encima del abdomen, se aprieta el abdomen un poco para ayudar. No se agarra la placenta, se deja que fluya, poniendo las manos por debajo, dejando que caiga por su propio peso. Cuando termina de salir hay que comprobar que las membranas están íntegras, que los cotiledones están completos. Existe un punteado blanquecino que son calcificaciones de la placenta, se hace vieja ( en la cara materna. Cuando estos punteados son zonas más amplias en la cara fetal, son infartos ( en la cara fetal se inserta el cordón).
-Expulsión: de la placenta y membranas. Su expulsión se produce como consecuencia de la presión ejercida por las paredes del útero, en el proceso de reducción de su tamaño, por las contracciones uterinas y por la prensa abdominal de la mujer.
Después del nacimiento del niño se produce una contracción tónica del útero, seguida de fuertes contracciones rítmicas que permiten la formación de las ligaduras vivientes de Pinard, mecanismo por el cual se cierran las boquillas vasculares de la zona de inserción placentaria, formándose así el globo de seguridad de Pinard. Este es un mecanismo fisiológico que asegura la hemostasia en el lecho placentario. El útero inmediatamente después del alumbramiento presenta a la palpación un grado de contractilidad intenso, se halla situado dos traveses de dedo por debajo del ombligo, ligeramente desplazado a la derecha y su tamaño y consistencia se asemejan a las de un puño cerrado. Al décimo día el útero ha regresado a la sínfisis del pubis. A la semana entre el ombligo y sínfisis púbica. Otros mecanismos de hemostasia son la activación fisiológica de los mecanismos de coagulación durante e inmediatamente después de la separación de la placenta y el recubrimiento con un capa de fibrina de la zona de inserción placentaria.
Birth: When the fetus is born, its placenta begins a physiological separation for spontaneous expulsion afterwards (and for this reason is also called the afterbirth). In humans, the umbilical cord is routinely clamped and severed prior to the delivery of the placenta, often within seconds or minutes of birth, a medical protocol known as 'active management of third stage' which has been called into question by advocates of natural birth and 'passive management of third stage'[7] The site of the former umbilical cord attachment in the center of the front of the abdomen is known as the umbilicus, navel, or belly-button.
Modern obstetric practice has decreased maternal death rates enormously. The addition of active management of the third stage of labor is a major contributor towards this. It involves giving oxytocin via IM injection, followed by cord traction to assist in delivering the placenta. Premature cord traction can pull the placenta before it has naturally detached from the uterine wall, resulting in hemorrhage.
34:13
The Power of A Mother's Love
Mother’s come in all sizes and ages. Some of us had young mothers, some had older mothers....
published: 11 May 2009
Author: Jim Tompkins
The Power of A Mother's Love
Mother’s come in all sizes and ages. Some of us had young mothers, some had older mothers. Some of us had petite mom’s some had larger moms. Regardless of the age or size of our Mom’s, I know something all Mom’s have in common. When push comes to shove, when the gates of hell open up, when the world falls apart, there is nothing stronger than a mother’s love for her children. Sorry Dad’s. You don’t come close.
A mother’s love for her children is one of the strongest forces in this world. I believe it is so strong because it is chiseled directly from the heart of God!
What makes God’s Love so powerful, and what makes a mother’s love so powerful, is a special bond!
A Mother bonds with her child through countless hours, countless feedings. This is her baby, her child. God’s love is so powerful because of His relationship to those He loves. God had a special relationship with His people, the Jews. It was a covenant relationship. It made the Jews special, beloved to Him. His love for them was different than His love for the gentiles because of that Covenant Relationship. Through Jesus Christ, we have a New Covenant Relationship with God. We are born again and become children of God. We enter into a new and special relationship with God. He has a special Love for His children. Just as a Mother has a special love for her own children, so does God have a special love with His children.
THE POWER OF LOVE IS BECAUSE OF THE RELATIONSHIP!
Just like you don’t pull on superman’s cape, your don’t spit into the wind, you don’t pull the mask off the old lone ranger and you don’t mess around with a Mom and her children.
Fremont, CA (KPIX) - A Fremont, California woman is recovering from severe injuries to her arms after a pit bull terrier attacked her in her own garage, forcing her to stash her baby in a garbage can for protection.
Thirty-two-year-old Angela Silva received 50 staples and countless stitches as a result of Tuesday's attack.
Silva says her neighbor's dog wandered into her open garage and lunged at her and her four-month-old son.
After she put the child in a plastic garbage bin, the 80-pound pit bull terrier, "Swisher", continued pursuing the baby and knocked over the bin as Silva fought the animal off with her arms. Two men across the street eventually came to her aid and chased away the dog.
"My flesh was flying off of my arms," she says. "I just don't think that I would have been able to stand up any longer."
Mighty Pharaoh tried to kill the Jewish babies.
The Jewish Mom’s were so tough they were having the babies one day and out working in the field the next, their babies hidden away. One Mom was bold enough to make a basket of reeds and then waterproof it, and then put her baby Moses in it to float downstream. Mom’s do amazing things because of their love for their children.
Jeremiah 9:23-24 (NASB) Thus says the Lord, "Let not a wise man boast of his wisdom, and let not the mighty man boast of his might, let not a rich man boast of his riches; but let him who boasts boast of this, that he understands and knows Me, that I am the Lord who exercises lovingkindness, justice and righteousness on earth; for I delight in these things," declares the Lord.
This morning we need to understand Three things that God Delights in, and once we understand these, we can better understand the power of a Mother’s Love. But first, let me ask you a couple of questions that this verse brings up…
1. What Do You Boast About?
let not a rich man boast of his riches; but let him who boasts boast of this, that he understands and knows Me
You may be smart, you may have wealth, but God says that doesn’t matter. If you are going to boast in anything, boast in knowing and understanding God. That requires growing relationship with Him. That requires an intimacy with God such that any time you pick up His Word you are immediately overwhelmed with a flash from God!
Like the TV series Chuck, who has the Intersect in his brain. Whenever he sees someone or something that is in the Super Spy data base, he flashes on it and all this information comes to his mind. He always gets overwhelmed for just a bit when he “flashes” on the information.
Do you have that kind of relationship with God? Do you boast to your friends that you have such a special relationship?
I know that our world has become so infected with sin that homes and families are fractured and tormented. Not everyone has a wonderful mom who loved them and nurtured them. Our Mom’s may be flawed in several ways, but there is always something you can boast in about your mom. It may be her cooking, her crafts, her drive, her protection, her prayers, her drive. Dig deep and find something to boast in about your Mom. Boast about her to your children, and even your grandchildren. Honor her. She gave you life.
We honor God because He gave us life. If we are to boast, boast in God, in that you know Him and understand Him.
2. What Are God
20:58
Commonwealth Club 11-18-10. Panel II – Martin Blank, PhD
Commonwealth Club 11-18-10. Panel II – Martin Blank, PhD, Associate Professor, Columbia Un...
published: 28 Nov 2010
Author: ElectromagneticHealth.Org
Commonwealth Club 11-18-10. Panel II – Martin Blank, PhD
Commonwealth Club 11-18-10. Panel II – Martin Blank, PhD, Associate Professor, Columbia University, Department of Physiology and Cellular Biophysics; Researcher in Biolelectromagnetics; Author of the BioInitiative Report’s (www.Bioinitiative.org) section on Stress Proteins; Editor of the journal Pathophysiology’s special issue on Electromagnetic Fields, March 2009; and Past President, Bioelectromagnetics Society.
To see the full Commonwealth Club Program on "The Health Effects of Electromagnetic Fields" please go to http://tinyurl.com/298yzdg.
We invite all media organizations (including electronic media) to broadcast or distribute this video without violation of copyright as long as the Forum at the Commonwealth Club of California is mentioned. Copyright ElectromagneticHealth.org 2010.
Youtube results:
8:06
Anatomy & Physiology Introduction & Survival Tips
This video is the first in a series that are part of an online course in Human Anatomy &am...;
published: 29 Oct 2007
Author: mrfordsclass
Anatomy & Physiology Introduction & Survival Tips
This video is the first in a series that are part of an online course in Human Anatomy & Physiology. It covers introduction to Human A&P as well as gives some insiders hints to surviving Anatomy & Physiology. If you want to see more anatomy and physiology videos be sure to check out the completely FREE Lesson 01: Introduction to Human Anatomy & Physiology tutorial on my website mrfordsclass.net/anatomy. The lesson includes video tutorials on all the introduction materials needed for your class, as well as pdf notes to used in class, interactive exam reviews, and links to other helpful resources. This content is also covered in my new iBook on iTunes, search "Mr. Ford's"
32:14
Adrenal physiology- steroid pathway
▶▶▶ Watch More Videos at www.ftplectures.com◀◀◀ adrena...
published: 28 Dec 2011
Author: tomiwa007
Adrenal physiology- steroid pathway
▶▶▶ Watch More Videos at www.ftplectures.com◀◀◀ adrenal gland makes mineralocorticoids, glucocorticoids, and androgens. its function is important in maintain electrolyte function, stress response and sexual orientation.
6:39
Lipoprotein Physiology: HDL (4/4)
High-density lipoprotein...
published: 10 May 2008
Author: hyperhighs
Lipoprotein Physiology: HDL (4/4)
High-density lipoprotein
3:58
Defining Exercise Physiology
Visit www.ihealthtube.com Dr. Richard Bloomer looks at the difference between Exercise Phy...
published: 09 Jul 2010
Author: iHealthTube
Defining Exercise Physiology
Visit www.ihealthtube.com Dr. Richard Bloomer looks at the difference between Exercise Physiology and Sports Medicine. He explains how Exercise Physiology involves the physical components of exercise as medicine and more.