Opony mózgowia. Komory mózgowia
... ● in the thoracic portion from superior (supreme) intercostal, and posterior intercostal arteries ● in the lumbar portion from the iliolumbar, and lumbar arteries ● in the sacral portion from the lateral sacral arteries ...
... ● in the thoracic portion from superior (supreme) intercostal, and posterior intercostal arteries ● in the lumbar portion from the iliolumbar, and lumbar arteries ● in the sacral portion from the lateral sacral arteries ...
Sheep Heart Dissection Powerpoint
... of the heart. On one side of the heart you will see a diagonal line of blood vessels that divide the heart. • The half that includes all of the apex (pointed end) of the heart is the left side. • Confirm this by squeezing each half of the heart. The left half will feel much firmer and more muscular ...
... of the heart. On one side of the heart you will see a diagonal line of blood vessels that divide the heart. • The half that includes all of the apex (pointed end) of the heart is the left side. • Confirm this by squeezing each half of the heart. The left half will feel much firmer and more muscular ...
Saladin, Human Anatomy 3e
... beds before returning to the heart, and arteriovenous anastomoses, in which it passes directly from an artery to a vein and returns to the heart without passing through any capillaries at all. There also are arterial anastomoses where two arteries converge, and venous anastomoses that form shortcuts ...
... beds before returning to the heart, and arteriovenous anastomoses, in which it passes directly from an artery to a vein and returns to the heart without passing through any capillaries at all. There also are arterial anastomoses where two arteries converge, and venous anastomoses that form shortcuts ...
Innocent Heart Murmur - Congenital and Children`s Heart Centre
... stethoscope. Such a murmur may indicate that there is something wrong with the heart. However, it is more likely to be associated with a normal heart and this type is called an innocent murmur, also known as a functional, benign, flow or Still’s murmur. There are several types of innocent murmur. Th ...
... stethoscope. Such a murmur may indicate that there is something wrong with the heart. However, it is more likely to be associated with a normal heart and this type is called an innocent murmur, also known as a functional, benign, flow or Still’s murmur. There are several types of innocent murmur. Th ...
Major Concepts of Anatomy and Physiology
... Arteries: Blood vessels responsible for carrying blood away from the heart – very strong to withstand the pressure surges! ...
... Arteries: Blood vessels responsible for carrying blood away from the heart – very strong to withstand the pressure surges! ...
Anatomy Workshop #1
... R: 3 lobes (vs. 2 on left), greater capacity, wider and shorter (b/c of liver, and more of heart being on left side) What are the differences in shape and position of the left and right main stem bronchi and what clinical significance does this have? The right main stem bronchus is shorter, wider, a ...
... R: 3 lobes (vs. 2 on left), greater capacity, wider and shorter (b/c of liver, and more of heart being on left side) What are the differences in shape and position of the left and right main stem bronchi and what clinical significance does this have? The right main stem bronchus is shorter, wider, a ...
Layers of the Lungs Appendix
... of the heart. The oxygenated blood is then pumped into the left ventricle, where it will be pumped to all parts of the body, carrying needed oxygen. When observing the hilum, four blood vessels that carry oxygenated blood from the lungs to the left atrium of the heart can be seen. These vessels are ...
... of the heart. The oxygenated blood is then pumped into the left ventricle, where it will be pumped to all parts of the body, carrying needed oxygen. When observing the hilum, four blood vessels that carry oxygenated blood from the lungs to the left atrium of the heart can be seen. These vessels are ...
THE CIRCULATORY SYSTEM
... Systole - contraction of the heart, especially the ventricles Diastole - postsystolic dilation of the heart, in which the chambers fill with blood. Contract empty relax fill Heart sounds first heart sound - Lub - closing of the AV valves, during ventricular systole second heart sound - dup - cl ...
... Systole - contraction of the heart, especially the ventricles Diastole - postsystolic dilation of the heart, in which the chambers fill with blood. Contract empty relax fill Heart sounds first heart sound - Lub - closing of the AV valves, during ventricular systole second heart sound - dup - cl ...
Thorax Worksheet
... R: 3 lobes (vs. 2 on left), greater capacity, wider and shorter (b/c of liver, and more of heart being on left side) What are the differences in shape and position of the left and right main stem bronchi and what clinical significance does this have? The right main stem bronchus is shorter, wider, a ...
... R: 3 lobes (vs. 2 on left), greater capacity, wider and shorter (b/c of liver, and more of heart being on left side) What are the differences in shape and position of the left and right main stem bronchi and what clinical significance does this have? The right main stem bronchus is shorter, wider, a ...
عرض تقديمي من PowerPoint
... Three layers:Tunica intera:Inner most layer, endoRenal regulation of blood pressure ...
... Three layers:Tunica intera:Inner most layer, endoRenal regulation of blood pressure ...
The Heart
... Smaller distributing arteries carry the blood to all parts of the body Gases, wastes and nutrients are exchanged across capillary walls Blood then returns to the right atrium of the heart via systemic veins and the cycle continues ...
... Smaller distributing arteries carry the blood to all parts of the body Gases, wastes and nutrients are exchanged across capillary walls Blood then returns to the right atrium of the heart via systemic veins and the cycle continues ...
Blood/Vessels - Austin Community College
... Blood vessels pump blood throughout the body. Arteries are the blood vessels that carry blood away from the heart. The blood carried in arteries is under high pressure. Arteries branch into arterioles. Arterioles branch into capillaries. Capillaries are vessels that allow exchange of fluids, nutrien ...
... Blood vessels pump blood throughout the body. Arteries are the blood vessels that carry blood away from the heart. The blood carried in arteries is under high pressure. Arteries branch into arterioles. Arterioles branch into capillaries. Capillaries are vessels that allow exchange of fluids, nutrien ...
Skeletal System
... Smaller distributing arteries carry the blood to all parts of the body Gases, wastes and nutrients are exchanged across capillary walls Blood then returns to the right atrium of the heart via systemic veins and the cycle continues ...
... Smaller distributing arteries carry the blood to all parts of the body Gases, wastes and nutrients are exchanged across capillary walls Blood then returns to the right atrium of the heart via systemic veins and the cycle continues ...
4. Cardiovascular System - yeditepe anatomy fhs 121
... Continuous inferiorly w/ central tendon of the diaphragm Attached anteriorly to the sternum by sternopericardial ligaments Site of continuity pericardiacophrenic ligament Inner surface lined by parietal layer of the serous pericardium Protects the heart against sudden overfilling. ...
... Continuous inferiorly w/ central tendon of the diaphragm Attached anteriorly to the sternum by sternopericardial ligaments Site of continuity pericardiacophrenic ligament Inner surface lined by parietal layer of the serous pericardium Protects the heart against sudden overfilling. ...
Heart Dissection Lab
... a. Make an incision beginning at the pulmonary artery and cutting through the heart wall parallel to, but to the right of, the anterior longitudinal sulcus. Continue this cut around to the back right side of the heart, following parallel to the anterior interventricular sulcus all the way. (Note: Be ...
... a. Make an incision beginning at the pulmonary artery and cutting through the heart wall parallel to, but to the right of, the anterior longitudinal sulcus. Continue this cut around to the back right side of the heart, following parallel to the anterior interventricular sulcus all the way. (Note: Be ...
SMA and IMA
... nodes will apply pressure to surrounding tissue; since veins are thin walled they are more likely than arteries to be compressed. Also, hepatic dysfunction can lead to novel and abnormal venous return ...
... nodes will apply pressure to surrounding tissue; since veins are thin walled they are more likely than arteries to be compressed. Also, hepatic dysfunction can lead to novel and abnormal venous return ...
Shoulder Injuries: Getting to the HEART of it!
... of the heart, and the cranial and caudal vena cava are to the right of midline. • Movement of the Heart: Because of the oblique orientation of the heart fibers, it makes a roll upwards (dorsocranially) when it contracts/empties, and rolls backwards (ventro-caudally) when it fills. The blood moves sy ...
... of the heart, and the cranial and caudal vena cava are to the right of midline. • Movement of the Heart: Because of the oblique orientation of the heart fibers, it makes a roll upwards (dorsocranially) when it contracts/empties, and rolls backwards (ventro-caudally) when it fills. The blood moves sy ...
heart and blood vessels ppt
... • Blood flows from capillaries into venules • Blood flows from venules into small veins ...
... • Blood flows from capillaries into venules • Blood flows from venules into small veins ...
Lecture 2. The arterial system Gross anatomy, physiology and
... pressure and total PERIPHERAL RESISTANCE determines the amount that leaves it. • Each cardiac contraction distends the arteries, which serve as reservoirs to store some blood volume and potential energy supplied to the system. ...
... pressure and total PERIPHERAL RESISTANCE determines the amount that leaves it. • Each cardiac contraction distends the arteries, which serve as reservoirs to store some blood volume and potential energy supplied to the system. ...
The anatomy of the heart - Bloomsburg University of
... An artery comprised of the superior and inferior vena cava. They return blood from the body back into the heart, And empty the blood into the right atrium. The blood that enters the heart through The vena cavae is deoxygenated. ...
... An artery comprised of the superior and inferior vena cava. They return blood from the body back into the heart, And empty the blood into the right atrium. The blood that enters the heart through The vena cavae is deoxygenated. ...
Blood Supply
... Redundant arteries provide alternative supply when primary supply is lost Small, normally closed arteries open up after occlusion, connecting two larger arteries or different parts of the same artery. Dependent on location and severity of blockage – Better collateral circulation if blockage is ne ...
... Redundant arteries provide alternative supply when primary supply is lost Small, normally closed arteries open up after occlusion, connecting two larger arteries or different parts of the same artery. Dependent on location and severity of blockage – Better collateral circulation if blockage is ne ...
Chapter 20: Blood Vessels and Circulation
... – smooth inner layer that repels blood cells & platelets – simple squamous endothelium overlying a basement membrane and layer of fibrous tissue ...
... – smooth inner layer that repels blood cells & platelets – simple squamous endothelium overlying a basement membrane and layer of fibrous tissue ...
Chapter 20
... – usually thickest; smooth muscle, collagen, some elastic – smooth muscle for vasoconstriction and vasodilation ...
... – usually thickest; smooth muscle, collagen, some elastic – smooth muscle for vasoconstriction and vasodilation ...
Unit 1 Lecture 3
... veins. They are composed of the same three layers as arteries except that the tunica interna and tunica media are thinner and the tunica externa is thicker than those found in arteries. Veins in the limbs contain valves that prevent the backflow of blood. Veins and venules serve as the main blood re ...
... veins. They are composed of the same three layers as arteries except that the tunica interna and tunica media are thinner and the tunica externa is thicker than those found in arteries. Veins in the limbs contain valves that prevent the backflow of blood. Veins and venules serve as the main blood re ...
Heart
... the body, and then into smaller systemic arteries. Gas exchange in tissues occurs from capillaries. Systemic veins then carry deoxygenated blood (high in carbon dioxide) and waste products. Most veins merge and drain into the superior and inferior venae cavae, which drain blood into the right ...
... the body, and then into smaller systemic arteries. Gas exchange in tissues occurs from capillaries. Systemic veins then carry deoxygenated blood (high in carbon dioxide) and waste products. Most veins merge and drain into the superior and inferior venae cavae, which drain blood into the right ...
William Harvey
William Harvey (1 April 1578 – 3 June 1657) was an English physician. He was the first known to describe completely and in detail the systemic circulation and properties of blood being pumped to the brain and body by the heart, though earlier writers, such as Jacques Dubois, had provided precursors of the theory. After his death the William Harvey Hospital was constructed in the town of Ashford, several miles from his birthplace of Folkestone.