Chapter 24, Problem 24.2a
What might it mean if you found a high concentration of urobilinogen in your patient's urine? (Hint: Consider the source of urobilinogen.) (Connects to Chapter 19)
Video transcript
Fill in the blanks for each of the following statements:
a. The process by which urine is eliminated is called _____ , and it is mediated by reflexes involving the_____nervous system.
b. The mucosa of the organs of the urinary tract is lined with _____epithelium.
c. The three layers of smooth muscle in the urinary bladder are known as the_____muscle.
d. The female urethra provides a passageway for , whereas the male urethra provides a passageway for_____and_____ .
Which of the following is not a physiological process carried out by the kidneys?
a. Blood pressure regulation
b. Tubular reabsorption
c. Tubular secretion
d. Glomerular filtration
e. All of the above are physiological processes carried out by the kidneys.
Trace the pathway taken by a molecule of urea through the kidney from the glomerulus to the renal pelvis if the urea is recycled.
Mark the following statements as true or false. If a statement is false, correct it to make a true statement.
a. The kidneys are retroperitoneal and covered by three layers of connective tissue.
Explain why urinary tract infections, which involve the urethra and urinary bladder, are much more common in females than males.
Deana is a 4-year-old girl with a rare genetic defect that causes the Na+/glucose symporters in the proximal tubule to reabsorb fewer glucose and sodium ions than normal. Predict the effects this defect will have on the composition and volume of Deana's urine. Explain why you would expect to see increased activity of the tubuloglomerular feedback and the renin-angiotensin-aldosterone system in Deana's kidneys.