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CYTOLOGY, HISTOLOGY AND EMBRIOLOGY
... 44. Pharynx. Regional anatomy. Structure. Blood supply, lymph drainage and innervation. 45. Esophagus – regional anatomy, structure. Blood supply, lymph drainage and innervation. 46. Stomach – shape, parts, regional anatomy. Structure of the wall. X-ray anatomy. Blood supply, lymph drainage and inne ...
... 44. Pharynx. Regional anatomy. Structure. Blood supply, lymph drainage and innervation. 45. Esophagus – regional anatomy, structure. Blood supply, lymph drainage and innervation. 46. Stomach – shape, parts, regional anatomy. Structure of the wall. X-ray anatomy. Blood supply, lymph drainage and inne ...
Human Anatomy and Physiology
... the peritubular capillaries. (Table 26.3) H2O, glucose, amino acids, uric acid, urea, Na+, K+, Ca2+, Cl-, HCO3-, HPO42-. Note: large proteins such as albumin are not included in this list. Explain. What happens with glomerular nephritis? What is the Tmax for proteins? 7. How much water is reabsorbed ...
... the peritubular capillaries. (Table 26.3) H2O, glucose, amino acids, uric acid, urea, Na+, K+, Ca2+, Cl-, HCO3-, HPO42-. Note: large proteins such as albumin are not included in this list. Explain. What happens with glomerular nephritis? What is the Tmax for proteins? 7. How much water is reabsorbed ...
You will learn: The Building Blocks of the Human Body
... The Circulatory System Also called the vascular system – transports blood and lymph. Massage treatments stimulate or relax circulation. ...
... The Circulatory System Also called the vascular system – transports blood and lymph. Massage treatments stimulate or relax circulation. ...
Anatomy and Physiology
... The Circulatory System Also called the vascular system – transports blood and lymph. Massage treatments stimulate or relax circulation. ...
... The Circulatory System Also called the vascular system – transports blood and lymph. Massage treatments stimulate or relax circulation. ...
Lecture 16: The Nephron
... 1. Discuss results of each GROUP in 5 graphs that display the AVERAGE values for EACH GROUP collected during the lab. 2. Clearly connect each group’s data to exactly what is happening in the kidney. Tie in as many aspects of kidney function as you can. Your answers should refer to the graphs as ev ...
... 1. Discuss results of each GROUP in 5 graphs that display the AVERAGE values for EACH GROUP collected during the lab. 2. Clearly connect each group’s data to exactly what is happening in the kidney. Tie in as many aspects of kidney function as you can. Your answers should refer to the graphs as ev ...
Respiratory System Educator`s Guide
... Pulmonary artery: The artery that carries venous blood, rich in carbon dioxide and poor in oxygen, from the heart to the lungs Pulmonary circuit: The portion of the cardiovascular system which carries oxygen-depleted blood away from the heart, to the lungs Smoker's lung: Lungs diseased with emphysem ...
... Pulmonary artery: The artery that carries venous blood, rich in carbon dioxide and poor in oxygen, from the heart to the lungs Pulmonary circuit: The portion of the cardiovascular system which carries oxygen-depleted blood away from the heart, to the lungs Smoker's lung: Lungs diseased with emphysem ...
Respiratory Physiology Part I
... • During inspiration, respiratory muscles contract, and thoracic cavity expands (more volume), lowering the pressure in the thoracic cavity • Pressure in lungs is now greater than the pressure in thoracic cavity so they expand (increase in volume, decrease in pressure) • PATM > Palv Air flows in to ...
... • During inspiration, respiratory muscles contract, and thoracic cavity expands (more volume), lowering the pressure in the thoracic cavity • Pressure in lungs is now greater than the pressure in thoracic cavity so they expand (increase in volume, decrease in pressure) • PATM > Palv Air flows in to ...
General Human Anatomy Introduction
... Flexible rod of tissue Mid-dorsal Position later occupied by the vertebral column In adult, only remnants are inside intervertebral discs ...
... Flexible rod of tissue Mid-dorsal Position later occupied by the vertebral column In adult, only remnants are inside intervertebral discs ...
Chapter 2: Chemistry, Matter, and Life
... Two groups of blood vessels • The pulmonary circuit – Pulmonary artery and its branches – Capillaries in lungs – Pulmonary veins • The systemic circuit ...
... Two groups of blood vessels • The pulmonary circuit – Pulmonary artery and its branches – Capillaries in lungs – Pulmonary veins • The systemic circuit ...
Introduction to Anatomy and Physiology
... negative-feedback mechanism did not return the value of the some parameter such as blood pressure to its normal range? ...
... negative-feedback mechanism did not return the value of the some parameter such as blood pressure to its normal range? ...
Dear Notetaker:
... - The % saturation of hemoglobin is directly related to the PO2 of the blood - Hb binding with O2 is reversible o Increased PO2 increases Hb saturation (Hb associate more with O2) o Decreased PO2 decreases Hb saturation (Hb dissociates more O2) - When alveolar PO2 = Blood PO2 (no Hb) no diffusion ...
... - The % saturation of hemoglobin is directly related to the PO2 of the blood - Hb binding with O2 is reversible o Increased PO2 increases Hb saturation (Hb associate more with O2) o Decreased PO2 decreases Hb saturation (Hb dissociates more O2) - When alveolar PO2 = Blood PO2 (no Hb) no diffusion ...
Dr.Kaan Yücel yeditepepharmanatomy.wordpress.com Thoracic
... The vascular system is divided for descriptive purposes into (a) the blood vascular system, which comprises the heart and blood vessels for the circulation of the blood; and (b) the lymph vascular system, consisting of lymph glands and lymphatic vessels, through which a colorless fluid, the lymph, c ...
... The vascular system is divided for descriptive purposes into (a) the blood vascular system, which comprises the heart and blood vessels for the circulation of the blood; and (b) the lymph vascular system, consisting of lymph glands and lymphatic vessels, through which a colorless fluid, the lymph, c ...
CHAPTER 1: AN INTRODUCTION TO HUMAN ANATOMY
... The atom [i.e. Carbon (C), Hydrogen (H), or Oxygen(O)] is the least complex level. An atom is defined as the smallest particle of an element. Atoms combine with (react with) other atoms to form... molecules [i.e. carbon dioxide (CO2), water (H20)]. A molecule is defined as a particle composed of 2 o ...
... The atom [i.e. Carbon (C), Hydrogen (H), or Oxygen(O)] is the least complex level. An atom is defined as the smallest particle of an element. Atoms combine with (react with) other atoms to form... molecules [i.e. carbon dioxide (CO2), water (H20)]. A molecule is defined as a particle composed of 2 o ...
The Goofy anatomist`s thorax
... B. The left brachiocephalic vein drains the superior hemiazygous vein. C. The second, third and fourth posterior intercostal veins on both sides are drained by the superior intercostal vein. D. The two subclavian veins unite to form the superior vena cava. ...
... B. The left brachiocephalic vein drains the superior hemiazygous vein. C. The second, third and fourth posterior intercostal veins on both sides are drained by the superior intercostal vein. D. The two subclavian veins unite to form the superior vena cava. ...
RESPIRATION
... When less active or sleeping - the rate goes down. The respiratory muscles are voluntary BUT you can't consciously control them when you're sleeping. So, how is respiratory rate altered & how is respiration controlled when you're not consciously thinking about respiration? This is by: ...
... When less active or sleeping - the rate goes down. The respiratory muscles are voluntary BUT you can't consciously control them when you're sleeping. So, how is respiratory rate altered & how is respiration controlled when you're not consciously thinking about respiration? This is by: ...
Ch1.Human.Body.Lecture
... Cardiovascular System • Blood vessels transport blood – Carries O2 & CO2 – Carries nutrients & wastes • Heart pumps blood through blood vessels ...
... Cardiovascular System • Blood vessels transport blood – Carries O2 & CO2 – Carries nutrients & wastes • Heart pumps blood through blood vessels ...
Human Anatomy and Histology
... 110. Circulatory (vascular) system. General data. 111. Heart – topography, external view, X - ray anatomy of the heart. 112. Chambers and valves of the heart. 113. Structure of the heart wall. Fibrous skeleton and septum of the heart. 114. Impulse-conducting system. Innervation of the heart. 115. Bl ...
... 110. Circulatory (vascular) system. General data. 111. Heart – topography, external view, X - ray anatomy of the heart. 112. Chambers and valves of the heart. 113. Structure of the heart wall. Fibrous skeleton and septum of the heart. 114. Impulse-conducting system. Innervation of the heart. 115. Bl ...
GLU in urine
... 1- one of them : First, it triggers dilation of the renal afferent arteriole, decreasing afferent arteriole resistance and, thus, offsetting the decrease in glomerular hydrostatic pressure caused by the drop in blood pressure. ,, Second, macula densa cells release prostaglandins, which triggers gran ...
... 1- one of them : First, it triggers dilation of the renal afferent arteriole, decreasing afferent arteriole resistance and, thus, offsetting the decrease in glomerular hydrostatic pressure caused by the drop in blood pressure. ,, Second, macula densa cells release prostaglandins, which triggers gran ...
Function
... Fetus's head moves into birth canal at start of labor, which causes the birth canal to stretch beyond its setpoint amount of stretch, which is detected by sensors in the vaginal wall and fed back to hypothalamus of brain, which releases the hormone, oxytocin, which stimulates stronger and more frequ ...
... Fetus's head moves into birth canal at start of labor, which causes the birth canal to stretch beyond its setpoint amount of stretch, which is detected by sensors in the vaginal wall and fed back to hypothalamus of brain, which releases the hormone, oxytocin, which stimulates stronger and more frequ ...
BLOOD SUPPLY OF EYE - Home
... Two long posterior ciliary arteries pierce the sclera medial and lateral to the nerve and pass between the sclera and choroid to supply the ciliary body, anastomosing with anterior ciliary arteries to form the circulus arteriosus iridis major, supplying the iris. ...
... Two long posterior ciliary arteries pierce the sclera medial and lateral to the nerve and pass between the sclera and choroid to supply the ciliary body, anastomosing with anterior ciliary arteries to form the circulus arteriosus iridis major, supplying the iris. ...
Blood supply to the femoral head
... interval between the iliopsoas and the pectineus muscle and then between the medial capsule and the obturator externus muscle Branches which traversed the capsule progressed subsynovilly up to the femoral neck In adults the termination of the medial circumflex artery provided most of the arterial su ...
... interval between the iliopsoas and the pectineus muscle and then between the medial capsule and the obturator externus muscle Branches which traversed the capsule progressed subsynovilly up to the femoral neck In adults the termination of the medial circumflex artery provided most of the arterial su ...
Chapter 1
... It is subdivided into two parts—a thoracic cavity, which houses the lungs and heart; and a abdominopelvic cavity, which houses the stomach, liver, spleen, gallbladder, small and a large intestines, urinary bladder, and the internal reproductive organs. 15. What are the viscera? The viscera are the o ...
... It is subdivided into two parts—a thoracic cavity, which houses the lungs and heart; and a abdominopelvic cavity, which houses the stomach, liver, spleen, gallbladder, small and a large intestines, urinary bladder, and the internal reproductive organs. 15. What are the viscera? The viscera are the o ...
Building a Comprehensive Nutritional Practice
... the enzyme tyrosinase, a copper containing factor, copper being also active in formation of hemoglobin, an oxygenation factor of known activity. ...
... the enzyme tyrosinase, a copper containing factor, copper being also active in formation of hemoglobin, an oxygenation factor of known activity. ...
Chapter 1
... A parietal membrane refers to a membrane that is attached to the wall and forms the lining of a cavity whereas a visceral membrane refers to a membrane that is deeper toward the interior and covers the internal organs contained within a cavity. 18. Name the major organ systems, and describe the gen ...
... A parietal membrane refers to a membrane that is attached to the wall and forms the lining of a cavity whereas a visceral membrane refers to a membrane that is deeper toward the interior and covers the internal organs contained within a cavity. 18. Name the major organ systems, and describe the gen ...
Circulatory system
The circulatory system, also called the cardiovascular system, is an organ system that permits blood to circulate and transport nutrients (such as amino acids and electrolytes), oxygen, carbon dioxide, hormones, and blood cells to and from the cells in the body to provide nourishment and help in fighting diseases, stabilize temperature and pH, and maintain homeostasis. The study of the blood flow is called hemodynamics. The study of the properties of the blood flow is called hemorheology.The circulatory system is often seen to comprise both the cardiovascular system, which distributes blood, and the lymphatic system, which circulates lymph. These are two separate systems. The passage of lymph for example takes a lot longer than that of blood. Blood is a fluid consisting of plasma, red blood cells, white blood cells, and platelets that is circulated by the heart through the vertebrate vascular system, carrying oxygen and nutrients to and waste materials away from all body tissues. Lymph is essentially recycled excess blood plasma after it has been filtered from the interstitial fluid (between cells) and returned to the lymphatic system. The cardiovascular (from Latin words meaning 'heart' and 'vessel') system comprises the blood, heart, and blood vessels. The lymph, lymph nodes, and lymph vessels form the lymphatic system, which returns filtered blood plasma from the interstitial fluid (between cells) as lymph.While humans, as well as other vertebrates, have a closed cardiovascular system (meaning that the blood never leaves the network of arteries, veins and capillaries), some invertebrate groups have an open cardiovascular system. The lymphatic system, on the other hand, is an open system providing an accessory route for excess interstitial fluid to be returned to the blood. The more primitive, diploblastic animal phyla lack circulatory systems.