Urinary System
... Blood Supply Kidneys receive ____________________________ of total cardiac output Blood Flow 1. Renal artery 2. ________________________________ 3. Lobar arteries 4. Interlobar arteries 5. _______________________________ 6. Interlobular arteries 7. Interlobular veins 8. ________________________ ...
... Blood Supply Kidneys receive ____________________________ of total cardiac output Blood Flow 1. Renal artery 2. ________________________________ 3. Lobar arteries 4. Interlobar arteries 5. _______________________________ 6. Interlobular arteries 7. Interlobular veins 8. ________________________ ...
Blood Urea Nitrogen (BUN) and Creatinine - macomb
... c. Urea is formed in the liver. Patients who have liver disease cannot manufacture urea and the ammonia levels rise in the blood leading to hepatic coma 3. Creatinine a. Creatinine is a product of skeletal muscle metabolism and is unaffected by diet or fluid intake. It is a more reliable assessment ...
... c. Urea is formed in the liver. Patients who have liver disease cannot manufacture urea and the ammonia levels rise in the blood leading to hepatic coma 3. Creatinine a. Creatinine is a product of skeletal muscle metabolism and is unaffected by diet or fluid intake. It is a more reliable assessment ...
Renal Angiography
... • Requires a high volume catheter exchanged for a visceral catheter • Patient is supine • CR to kidney of interest • Filming rate of 2-3 frames/second during the ...
... • Requires a high volume catheter exchanged for a visceral catheter • Patient is supine • CR to kidney of interest • Filming rate of 2-3 frames/second during the ...
Path Chapter 20: The Kidney (pages 956
... in fluid flow and shear stress, and can regulate calcium flux into and out of the epithelial cells o So the hypothesis is that cyst formation is caused by defects in mechanosensing, calcium flux, and signal transduction o Polycystin-1 and -2 are found only in the primary cilium, and the other genes ...
... in fluid flow and shear stress, and can regulate calcium flux into and out of the epithelial cells o So the hypothesis is that cyst formation is caused by defects in mechanosensing, calcium flux, and signal transduction o Polycystin-1 and -2 are found only in the primary cilium, and the other genes ...
Clinical Pharmacy - PHARMACEUTICAL REVIEW
... maintained without renal replacement therapy (dialysis or transplantation). GFR<10-15 ml/min/1.73m2 • Clinical symptoms: ...
... maintained without renal replacement therapy (dialysis or transplantation). GFR<10-15 ml/min/1.73m2 • Clinical symptoms: ...
Lect Test 4 SG (part 2)
... Urinary system Which side of the kidney is convex? (lat or med) Which is concave? (lat or med) What is the function of the renal fat? __________________________________________________ __________________________________________________ List the three outer layers of the kidney from internal to exter ...
... Urinary system Which side of the kidney is convex? (lat or med) Which is concave? (lat or med) What is the function of the renal fat? __________________________________________________ __________________________________________________ List the three outer layers of the kidney from internal to exter ...
Urinary System Study Guide Answers
... 3. As the blood leaves the kidney it is flowing through the RENAL VEIN 4. The first section of the renal tubular glomerular filtrate encounters is the PROXIMAL TUBULE 5. 3 processes necessary for the formation of urine FILTRATION, REABSORPTION, AND SECRETION. 6. Substances are moved through a filter ...
... 3. As the blood leaves the kidney it is flowing through the RENAL VEIN 4. The first section of the renal tubular glomerular filtrate encounters is the PROXIMAL TUBULE 5. 3 processes necessary for the formation of urine FILTRATION, REABSORPTION, AND SECRETION. 6. Substances are moved through a filter ...
Urinary System
... 1. Bowman ‘s capsulepodocytes or filtration slits 2. Proximal convoluted tubule 3. Loop of henle 4. Distal convoluted tubule 5. Collecting duct 6. Cortical vs. juxtamedullary nephrons ...
... 1. Bowman ‘s capsulepodocytes or filtration slits 2. Proximal convoluted tubule 3. Loop of henle 4. Distal convoluted tubule 5. Collecting duct 6. Cortical vs. juxtamedullary nephrons ...
Urinary
... (6) Macula densa (JGA), chemoreceptors in DCT promote dilation or constriction of afferent Arteriole, as Renin is released eA is constricted, as are other BV of body = rise in BP. ...
... (6) Macula densa (JGA), chemoreceptors in DCT promote dilation or constriction of afferent Arteriole, as Renin is released eA is constricted, as are other BV of body = rise in BP. ...
NERVOUS SYSTEM: MATCHING EXERCISE
... c. microscopic functional unit capable of forming urine d. waste product of muscle metabolism excreted in urine e. tube carrying urine from kidney to bladder f. opening in urethra to outside of body g. system of ducts carrying urine from nephrons to renal pelvis h. waste product from liver excreted ...
... c. microscopic functional unit capable of forming urine d. waste product of muscle metabolism excreted in urine e. tube carrying urine from kidney to bladder f. opening in urethra to outside of body g. system of ducts carrying urine from nephrons to renal pelvis h. waste product from liver excreted ...
NERVOUS SYSTEM: MATCHING EXERCISE
... e. x-ray of bladder and urethra h. surgical repair of renal pelvis g. creation of artificial passage for urine to exit body i. drug that increases urination b. removing blood impurities by artificial kidney machine a. ultrasound from outside the body to disintegrate urinary stones c. instrument for ...
... e. x-ray of bladder and urethra h. surgical repair of renal pelvis g. creation of artificial passage for urine to exit body i. drug that increases urination b. removing blood impurities by artificial kidney machine a. ultrasound from outside the body to disintegrate urinary stones c. instrument for ...
MEDICAL TERMINOLOGY
... c. microscopic functional unit capable of forming urine d. waste product of muscle metabolism excreted in urine e. tube carrying urine from kidney to bladder f. opening in urethra to outside of body g. system of ducts carrying urine from nephrons to renal pelvis h. waste product from liver excreted ...
... c. microscopic functional unit capable of forming urine d. waste product of muscle metabolism excreted in urine e. tube carrying urine from kidney to bladder f. opening in urethra to outside of body g. system of ducts carrying urine from nephrons to renal pelvis h. waste product from liver excreted ...
The Urinary System - Ms. Zhong`s Classes
... for urine or serve as transportation channels • The organs involved in the urinary system are: - Kidney - Ureter - Bladder - Urethra ...
... for urine or serve as transportation channels • The organs involved in the urinary system are: - Kidney - Ureter - Bladder - Urethra ...
1. Secretes renin when the blood pressure is too low.
... tubule lumen into a tubule cell against there ACROSS concentration gradients by a process known as ___. 41. An inflammation especially of the great toe joint 1. Secretes renin when the blood pressure is too low. due to depositing of crystals of uric acid. 3. Name of network of blood capillaries that ...
... tubule lumen into a tubule cell against there ACROSS concentration gradients by a process known as ___. 41. An inflammation especially of the great toe joint 1. Secretes renin when the blood pressure is too low. due to depositing of crystals of uric acid. 3. Name of network of blood capillaries that ...
The Urinary System: Words to Know
... A triangle-shaped, hollow organ located in the lower abdomen. It is held in place by ligaments that are attached to other organs and the pelvic bones. ...
... A triangle-shaped, hollow organ located in the lower abdomen. It is held in place by ligaments that are attached to other organs and the pelvic bones. ...
Urinary System and Kidneys
... Cortex – dark outer region of kidney. Medulla – lighter, inner zone. Pelvis – space where the ureter joins the kidney. Glomerulus – a divided and coiled capillary leading from each arteriole. The renal artery divides up into many arterioles and capillaries in the cortex. ...
... Cortex – dark outer region of kidney. Medulla – lighter, inner zone. Pelvis – space where the ureter joins the kidney. Glomerulus – a divided and coiled capillary leading from each arteriole. The renal artery divides up into many arterioles and capillaries in the cortex. ...
Functional anatomy of the kidney
... 1. Excretion of metabolic waste products: The kidney eliminate waste product of metabolism, that are not needed by the body. These products include urea (from the metabolism of amino acids), creatinine (from muscle creatine), uric acid (from nucleic acids), bilirubin (from hemoglobin breakdown and m ...
... 1. Excretion of metabolic waste products: The kidney eliminate waste product of metabolism, that are not needed by the body. These products include urea (from the metabolism of amino acids), creatinine (from muscle creatine), uric acid (from nucleic acids), bilirubin (from hemoglobin breakdown and m ...
Structure and Function of the Kidney
... • Highly exposed workers exhibit nephrosis and an increased incidence of renal cancer • TCE and other renal neoplasms have a high incidence of mutations in the von Hipple-Lindau (VHL) tumor suppressor gene. This requires mutation of one allele and deletion of the other • TCE mutations include a hot ...
... • Highly exposed workers exhibit nephrosis and an increased incidence of renal cancer • TCE and other renal neoplasms have a high incidence of mutations in the von Hipple-Lindau (VHL) tumor suppressor gene. This requires mutation of one allele and deletion of the other • TCE mutations include a hot ...
Excretory System - The Northwest School
... We clean with ammonia, because ammonia can break down cell membranes (think: bacteria cells) ...
... We clean with ammonia, because ammonia can break down cell membranes (think: bacteria cells) ...
DOC
... The human urinary system consists of two kidneys. They are located in the rear of the abdominal cavity up against the inner wall of the rear of the cavity. Each kidney has a blood supply. The left renal artery supplies the left kidney (renal is an adjective referring to the kidney) and the left rena ...
... The human urinary system consists of two kidneys. They are located in the rear of the abdominal cavity up against the inner wall of the rear of the cavity. Each kidney has a blood supply. The left renal artery supplies the left kidney (renal is an adjective referring to the kidney) and the left rena ...
417 evaluation of bladder function before and after renal
... caused by urologic disease. We know that patients reduce bladder capacity after years of absence or reduction of diuresis, but apparently, this capacity is partially or completely recovered after the return of urine output provided by the transplant. The urodynamic study is considered the gold stand ...
... caused by urologic disease. We know that patients reduce bladder capacity after years of absence or reduction of diuresis, but apparently, this capacity is partially or completely recovered after the return of urine output provided by the transplant. The urodynamic study is considered the gold stand ...
URINARY DISEASES
... but others compensate by enlarging and taking over (BUN is normal) Stage II – called renal insuffiency – remaining nephrons can’t handle urea load and BUN climbs – also have polyruria and dehydration Stage III – called uremia – very high BUN due to loss of kidney function – fluids retained by th ...
... but others compensate by enlarging and taking over (BUN is normal) Stage II – called renal insuffiency – remaining nephrons can’t handle urea load and BUN climbs – also have polyruria and dehydration Stage III – called uremia – very high BUN due to loss of kidney function – fluids retained by th ...
Autosomal dominant polycystic kidney disease
Autosomal dominant polycystic kidney disease (ADPKD, autosomal dominant PKD or adult-onset PKD) is the most prevalent, potentially lethal, monogenic human disorder. It is associated with large interfamilial and intrafamilial variability, which can be explained to a large extent by its genetic heterogeneity and modifier genes. It is also the most common of the inherited cystic kidney diseases — a group of disorders with related but distinct pathogenesis, characterized by the development of renal cysts and various extrarenal manifestations, which in case of ADPKD include cysts in other organs, such as the liver, seminal vesicles, pancreas, and arachnoid membrane, as well as other abnormalities, such as intracranial aneurysms and dolichoectasias, aortic root dilatation and aneurysms, mitral valve prolapse, and abdominal wall hernias. Over 50% of patients with ADPKD eventually develop end stage kidney disease and require dialysis or kidney transplantation. ADPKD is estimated to affect at least 1 in every 1000 individuals worldwide, making this disease the most common inherited kidney disorder with a diagnosed prevalence of 1:2000 and incidence of 1:3000-1:8000 in a global scale.