glomerular capsule
... proteins are mostly excluded from the filtrate because of large size and negative charge The slit diaphragms are lined with negative charges which repel negatively-charged proteins Some protein (especially albumin) normally enters the filtrate but most is reabsorbed by receptormediated endocytosis ...
... proteins are mostly excluded from the filtrate because of large size and negative charge The slit diaphragms are lined with negative charges which repel negatively-charged proteins Some protein (especially albumin) normally enters the filtrate but most is reabsorbed by receptormediated endocytosis ...
L8 Urinary PPt - Moodle
... • Excess blood glucose • Too much glucose filtered - can’t all be reabsorbed – Glycosuria • Less water is reabsorbed as a result – dilute urine ...
... • Excess blood glucose • Too much glucose filtered - can’t all be reabsorbed – Glycosuria • Less water is reabsorbed as a result – dilute urine ...
Kidney Function Tests Dr Rana hasanato
... 1. know the physiological functions of the kidney. 2. describe the structure and function of the nephron. 3. identify the biochemical kidney function tests with special emphasis on when to ask for the test, the indications and limitations of each kidney function tests. 4. interpret the kidney functi ...
... 1. know the physiological functions of the kidney. 2. describe the structure and function of the nephron. 3. identify the biochemical kidney function tests with special emphasis on when to ask for the test, the indications and limitations of each kidney function tests. 4. interpret the kidney functi ...
Urinary
... 4. Discuss the three basic processes in urine formation: glomerular filtration, tubular reabsorption, and tubular secretion. Relate these functions to the nephron structures described in Obj. # 3. 5. Define GFR explaining the driving forces and opposing forces involved. Describe how GFR is auto-regu ...
... 4. Discuss the three basic processes in urine formation: glomerular filtration, tubular reabsorption, and tubular secretion. Relate these functions to the nephron structures described in Obj. # 3. 5. Define GFR explaining the driving forces and opposing forces involved. Describe how GFR is auto-regu ...
Renal Physiology Overview
... Sodium, water and chloride reabsorption in proximal tubule The second half of the proximal tubule has a relatively high concentration of chloride (around 140mEq/L) compared with the early proximal tubule (about 105 mEq/L) In the second half of the proximal tubule, the higher chloride concentration ...
... Sodium, water and chloride reabsorption in proximal tubule The second half of the proximal tubule has a relatively high concentration of chloride (around 140mEq/L) compared with the early proximal tubule (about 105 mEq/L) In the second half of the proximal tubule, the higher chloride concentration ...
Chapter 20
... • kidney cells die • by age 80, kidneys have lost a third of their mass • kidney shrinkage due to loss of glomeruli • proteinuria may develop • renal tubules thicken • harder for kidneys to clear certain substances • bladder, ureters, and urethra lose elasticity • bladder holds less urine ...
... • kidney cells die • by age 80, kidneys have lost a third of their mass • kidney shrinkage due to loss of glomeruli • proteinuria may develop • renal tubules thicken • harder for kidneys to clear certain substances • bladder, ureters, and urethra lose elasticity • bladder holds less urine ...
Renal_Pathology 12
... podocyte antigens,Toxins or mutations affecting Nephrin or any of the components of the slit –diaphragm. Ab’s attach to podocyte Ag and cause effacement, detachment of epithelial cells, and leakage of ...
... podocyte antigens,Toxins or mutations affecting Nephrin or any of the components of the slit –diaphragm. Ab’s attach to podocyte Ag and cause effacement, detachment of epithelial cells, and leakage of ...
Urinary Systems
... Vitamin D: part of the synthetic pathway of this hormone occurs in the kidney ...
... Vitamin D: part of the synthetic pathway of this hormone occurs in the kidney ...
Formation of Urine: Formation of Urine
... Formation of Urine nitrogen-containing waste products of protein metabolism, urea and creatinine, creatinine, pass on through tubules to be excreted in urine urine from all collecting ducts empties into renal pelvis urine moves down ureters to bladder empties via urethra ...
... Formation of Urine nitrogen-containing waste products of protein metabolism, urea and creatinine, creatinine, pass on through tubules to be excreted in urine urine from all collecting ducts empties into renal pelvis urine moves down ureters to bladder empties via urethra ...
Section 10.3
... and other materials are filtered from the blood. These materials pass into a capsule that surrounds the glomerulus. The materials pass from the capsule into a long, twisting tube. The tube is surrounded by blood vessels. As the filtered material flows through the tube, most of the water and glucose ...
... and other materials are filtered from the blood. These materials pass into a capsule that surrounds the glomerulus. The materials pass from the capsule into a long, twisting tube. The tube is surrounded by blood vessels. As the filtered material flows through the tube, most of the water and glucose ...
Select the one that is the best answer: 1) An increase in the
... c) concentration in the blood rises slightly after a high protein diet d) causes osmotic diuresis when its blood concentration is increased . ...
... c) concentration in the blood rises slightly after a high protein diet d) causes osmotic diuresis when its blood concentration is increased . ...
Kidney transplantation
Kidney transplantation or renal transplantation is the organ transplant of a kidney into a patient with end-stage renal disease. Kidney transplantation is typically classified as deceased-donor (formerly known as cadaveric) or living-donor transplantation depending on the source of the donor organ. Living-donor renal transplants are further characterized as genetically related (living-related) or non-related (living-unrelated) transplants, depending on whether a biological relationship exists between the donor and recipient. Exchanges and chains are a novel approach to expand the living donor pool.