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... Mechanisms that prevent alveoli from filling with fluid: 1) cells of alveolar wall are tightly joined together 2) the relatively high osmotic pressure of the interstitial fluid draws water out of them 3) there is low pressure in the pulmonary circuit ...
... Mechanisms that prevent alveoli from filling with fluid: 1) cells of alveolar wall are tightly joined together 2) the relatively high osmotic pressure of the interstitial fluid draws water out of them 3) there is low pressure in the pulmonary circuit ...
cardiovascular system
... To fully grasp the circulatory system and the processes that may progress to heart disease, it is vital that one comprehend the functioning of blood vessels. Concepts such as tissue perfusion, flow dynamics, and capillary exchange are building blocks to understanding the everyday workings of the cir ...
... To fully grasp the circulatory system and the processes that may progress to heart disease, it is vital that one comprehend the functioning of blood vessels. Concepts such as tissue perfusion, flow dynamics, and capillary exchange are building blocks to understanding the everyday workings of the cir ...
Paediatric shock
... usually implies a more gradual, prolonged loss of fluid which comes from all fluid compartments. It is frequently associated with electrolyte disturbance, which is unusual in the early stages of shock – at least, until renal dysfunction begins. If dehydration is prolonged or severe, then it is possi ...
... usually implies a more gradual, prolonged loss of fluid which comes from all fluid compartments. It is frequently associated with electrolyte disturbance, which is unusual in the early stages of shock – at least, until renal dysfunction begins. If dehydration is prolonged or severe, then it is possi ...
RNA in forensic sciences
... sugarcane farm when he had a misunderstanding with another fan, a fact that was witnessed by many people. After the game, the two men met on a public way and had a further misunderstanding. According to the report of the suspect, he pushed the victim, who fell and hit his head on a stone. He denied ...
... sugarcane farm when he had a misunderstanding with another fan, a fact that was witnessed by many people. After the game, the two men met on a public way and had a further misunderstanding. According to the report of the suspect, he pushed the victim, who fell and hit his head on a stone. He denied ...
Renal Structure and Function
... of a capillary network surrounded membrane called Bowman's capsule. –Afferent arteriole carries blood from renal artery into glomerulular capillaries –At distal end of glomerulus, capillaries form the efferent arteriole through which blood leaves the glomerulus. ...
... of a capillary network surrounded membrane called Bowman's capsule. –Afferent arteriole carries blood from renal artery into glomerulular capillaries –At distal end of glomerulus, capillaries form the efferent arteriole through which blood leaves the glomerulus. ...
Renal Physiology
... • Solutes smaller than 180 nanometers in radius are freely filtered • Solutes greater than 360 nanometers do not • Solutes between 180 and 360 nm are filtered to various degrees • Serum albumin is anionic and has a 355 nm radius, only ~7 g is filtered per day (out of ~70 kg/day passing through glome ...
... • Solutes smaller than 180 nanometers in radius are freely filtered • Solutes greater than 360 nanometers do not • Solutes between 180 and 360 nm are filtered to various degrees • Serum albumin is anionic and has a 355 nm radius, only ~7 g is filtered per day (out of ~70 kg/day passing through glome ...
Cardiovascular System: Vessels
... The total resistance associated with a set of blood vessels also depends on whether the vessels are arranged in series or in parallel A) Series resistance: ...
... The total resistance associated with a set of blood vessels also depends on whether the vessels are arranged in series or in parallel A) Series resistance: ...
18 The Heart new
... • Heart rate is also sensitive to changes in: – Body Temperature – Plasma electrolyte concentrations • K+ • Ca2+ ...
... • Heart rate is also sensitive to changes in: – Body Temperature – Plasma electrolyte concentrations • K+ • Ca2+ ...
Circulatory system I: Blood Circulatory system I: Blood
... both ends of the blood vessels • Change in pressure (ΔP) = P1-P2 = 100-0 = 100mm Hg • Blood flow – directly proportional to ΔP – inversely proportional to frictional resistance – resistance depends on: • 1. Length of the vessel • 2. Viscosity of blood ...
... both ends of the blood vessels • Change in pressure (ΔP) = P1-P2 = 100-0 = 100mm Hg • Blood flow – directly proportional to ΔP – inversely proportional to frictional resistance – resistance depends on: • 1. Length of the vessel • 2. Viscosity of blood ...