The Urinary System
... The Bicarbonate Buffer System • Mixture of carbonic acid (H2CO3) and sodium bicarbonate (NaHCO3) • Bicarbonate ions (HCO3–) react with strong acids to change them to weak acids • Carbonic acid dissociates in the presence of a strong base to form a weak base and ...
... The Bicarbonate Buffer System • Mixture of carbonic acid (H2CO3) and sodium bicarbonate (NaHCO3) • Bicarbonate ions (HCO3–) react with strong acids to change them to weak acids • Carbonic acid dissociates in the presence of a strong base to form a weak base and ...
The urinary system Kidney location Kidney anatomy Blood supply to
... Mostly occurs in proximal convoluted tubule Many useful substances must be reclaimed by the blood (water, glucose, amino acids, ions) Some is done passively (water --> osmosis) Most is done actively (requires ATP); tubules contain selective transporters Waste products (urea, uric acid, creatinine) a ...
... Mostly occurs in proximal convoluted tubule Many useful substances must be reclaimed by the blood (water, glucose, amino acids, ions) Some is done passively (water --> osmosis) Most is done actively (requires ATP); tubules contain selective transporters Waste products (urea, uric acid, creatinine) a ...
Metabolic Evaluation and Recurrence Prevention for - EU-ACME
... low-risk stone formers follow general fluid and nutritional intake guidelines, as well as lifestyle-related preventative measures to reduce stone recurrences (grade A). High-risk stone formers should undergo specific metabolic evaluation with 24-h urine collection (grade A). More specifically, there ...
... low-risk stone formers follow general fluid and nutritional intake guidelines, as well as lifestyle-related preventative measures to reduce stone recurrences (grade A). High-risk stone formers should undergo specific metabolic evaluation with 24-h urine collection (grade A). More specifically, there ...
The Excretory System
... and then out of your body. Poop is the solid waste that comes from your food, and from the large and small intestine and then out of your body. • Other processes of how the food and liquid go down are shown at the right in the picture. ...
... and then out of your body. Poop is the solid waste that comes from your food, and from the large and small intestine and then out of your body. • Other processes of how the food and liquid go down are shown at the right in the picture. ...
Urinary Complete
... Podocytes: highly specialized cells Have long branching processes that connect with other podocytes Attach to the endothelial wall of the glomerular capillaries Form a porous membrane that surrounds the glomerulus Renal Corpuscle: the glomerulus-capsule complex as described above Anatomical Areas of ...
... Podocytes: highly specialized cells Have long branching processes that connect with other podocytes Attach to the endothelial wall of the glomerular capillaries Form a porous membrane that surrounds the glomerulus Renal Corpuscle: the glomerulus-capsule complex as described above Anatomical Areas of ...
Chapter 9 - Open Yale Courses
... tubular reabsorption – a process whereby water and solutes such as glucose, amino acids and ions are transported back into the blood from tubular fluid in kidney tubules. tubular secretion – a process whereby materials from the peritubular capillaries are transported into the tubular fluid in the re ...
... tubular reabsorption – a process whereby water and solutes such as glucose, amino acids and ions are transported back into the blood from tubular fluid in kidney tubules. tubular secretion – a process whereby materials from the peritubular capillaries are transported into the tubular fluid in the re ...
Urinary System- Anatomy and Physiology
... The walls of the ascending loop of henle are lined with thicker cells, so water can’t pass in or out. Instead sodium and chloride is pumped out actively ...
... The walls of the ascending loop of henle are lined with thicker cells, so water can’t pass in or out. Instead sodium and chloride is pumped out actively ...
The Urinary System - Mater Academy Lakes High School
... Acids in the body Carbonic acid (H2CO3) is important in the body, it gets broken down into CO2 and H2O In peripheral tissues, the CO2 interacts with H2O again to form H2CO3 which then dissociates into H+ and HCO3 ________________________________________________________________________ This ...
... Acids in the body Carbonic acid (H2CO3) is important in the body, it gets broken down into CO2 and H2O In peripheral tissues, the CO2 interacts with H2O again to form H2CO3 which then dissociates into H+ and HCO3 ________________________________________________________________________ This ...
Path Chapter 20: The Kidney (pages 956
... Triple stones are formed by infections by bacteria that convert urea to ammonia, mainly proteus and some staph The alkaline urine made causes the precipitation of magnesium ammonium phosphate salts, forming really big stones o Uric acid stones – 5-10% ...
... Triple stones are formed by infections by bacteria that convert urea to ammonia, mainly proteus and some staph The alkaline urine made causes the precipitation of magnesium ammonium phosphate salts, forming really big stones o Uric acid stones – 5-10% ...
digestion,urinary standards
... OBJECTIVE 5: Identify the basic organs, location, and functions of the urinary system. a. Kidneys—located in the upper left and right quadrant. The functions are to filter blood and produce urine. b. Ureters—tubes located between the kidney and the bladder. The function is to transport urine from th ...
... OBJECTIVE 5: Identify the basic organs, location, and functions of the urinary system. a. Kidneys—located in the upper left and right quadrant. The functions are to filter blood and produce urine. b. Ureters—tubes located between the kidney and the bladder. The function is to transport urine from th ...
URINARY lecture notes
... 3) Renal medulla: deep to the cortex; consists of alternating renal columns (composed of more nephrons) and renal pyramids (composed of collecting ducts and loops of Henle) 4) Calyces (pronounced “KAY-la-seez” and renal pelvis (a) Urine produced in nephrons passes into collecting ducts which travel ...
... 3) Renal medulla: deep to the cortex; consists of alternating renal columns (composed of more nephrons) and renal pyramids (composed of collecting ducts and loops of Henle) 4) Calyces (pronounced “KAY-la-seez” and renal pelvis (a) Urine produced in nephrons passes into collecting ducts which travel ...
UrinarySystemHandout - kyoussef-mci
... blood needs to be pumped through the body to the kidneys so they can filter out unnecessary substances(ex. water, acid, urea) Endocrine system controls the system as it tells the kidneys what to do as your body finds what you need (ex. too little waterhormones go to make sure less urine leaves y ...
... blood needs to be pumped through the body to the kidneys so they can filter out unnecessary substances(ex. water, acid, urea) Endocrine system controls the system as it tells the kidneys what to do as your body finds what you need (ex. too little waterhormones go to make sure less urine leaves y ...
Acc_Bio_Excretion_Notes
... renal tubules. As the filtrate passes through the renal tubules useful molecules; glucose, ions, and some water, is reabsorbed. These substances reenter the bloodstream through capillaries that wrap around the tubule About 99% of water is returned to blood by osmosis ...
... renal tubules. As the filtrate passes through the renal tubules useful molecules; glucose, ions, and some water, is reabsorbed. These substances reenter the bloodstream through capillaries that wrap around the tubule About 99% of water is returned to blood by osmosis ...
INTEGUMENTARY SYSTEM
... Small molecules and water move through Walls of Glomerulus into Bowman’s Capsule Fluid is filtrate Includes most substances found in urine Filtrate is similar to plasma (Water, Glucose, Ions, Amino Acids, small Nitrogenous Wastes) ...
... Small molecules and water move through Walls of Glomerulus into Bowman’s Capsule Fluid is filtrate Includes most substances found in urine Filtrate is similar to plasma (Water, Glucose, Ions, Amino Acids, small Nitrogenous Wastes) ...
