The urinary system operates as a filter that eliminates toxins from the body as waste. It utilizes a series of tubes and ducts to pass the liquid through the body. The urinary system supports the whole-body and makes it work properly. If you intend to learn more about the urinary system, this is the quiz for you.
Regulation of blood ionic composition
Regulation of blood cell size
Regulation of blood volume
Regulation of blood pressure
Regulation of blood pH
Glycolysis
Gluconeogenesis
Gluconeogenesis
Glucose
Calcitriol
Urea
Glucose
Insulin
Cholesterol
Carbon dioxide
Adipose capsule
Renal capsule
Renal hilus
Renal cortex
Renal medulla
Renal columns
Renal medulla
Renal pelvis
Calyces
Renal papilla
Renal artery-segmental artery-interlobular artery-peritubular capillaries- afferent arterioles
Interlobular arteries-arcuate arteries-glomerular capillaries-arcuate veins
Arcuate veins-arcuate arteries- glomerular capillaries- renal vein
Renal vein-segmental arteries-interlobar arteries- efferent arterioles
Interlobar veins- afferent arterioles- efferent arterioles- glomerular capillaries
Glomerular capsule, Proximal Convoluted tubule (PCT), Loop of Henle, Distal Convoluted tubule (DCT), Collecting duct
Loop of Henle, glomerular capsule, PCT, DCT, Collecting duct
Ascending limb of Loop, PCT, DCT, Collecting duct
Collecting duct, DCT, PCT, Collecting duct, glomerular capsule
PCT, glomerular capsule, DCT, Collecting duct, Loop of Henle
Glomerular capsule
Loop of Henle
Ascending limb
Collecting duct
Proximal convoluted tubule
Glomerular capsule
Loop of Henle
Ascending limb
Collecting duct
Renal corpuscle
Reabsorption
Filtration
Secretion
Excretion
None of the above
Reabsorption
Filtration
Secretion
Excretion
None of the above
Glomerular endothelial cells
Basal lamina
Pedicels
Filtration slits
Slit membrane
Glomerular filtration rate
Tubulomerular feedback
Myogenic mechanism
Renal autoregulation
Capsular hydrostatic pressure
Paracellular reabsoprtion
Transcellular reabsoprtion
Apical reasborption
Basolateral reabsorption
Active transport
It is less dense
It has a higher K+ concentration
It is called tubular fluid
All the Na+ is removed
It is headed to the ascending loop
25%
50%
65%
80%
99%
It increases GFR
It can decrease GFR
It enhances reabsorption of certain ions
It stimulates the release of aldosterone
None of the above
Renal capsule
Loop of Henle
Ascending tubule
Renal medulla
Renal pelvis
Increase, pressure
Decrease, volume
Increase, sodium levels
Decrease, pH
Increase, urea
Increase, potassium
Decrease, volume
Decrease, volume
Decrease, pH
Increase, sodium
Urea
Water
Albumin
Sodium
Chloride
Urinalysis
Filtration study
Concentration study
Diuretic
Osmolarity
Plasma creatinine
Renal study
Kidney assay
Renal clearance
Hilus study
Urethra
Ureter
Descending loop of Henle
Renal hilus
None of the above
Mucosa
Transitional epithelium
Lamina propria
Adventitia
Lamina elastica
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