The Urinary System CH.26

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Last updated 4:08 AM on 4/29/26
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30 Terms

1
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<p>_____ activates vitamin D.</p>

_____ activates vitamin D.

Kidney

2
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<p>According to the Renin-Angiotensin-Aldosterone system (RAAS), Angiotensinogen is produced in the _____.</p>

According to the Renin-Angiotensin-Aldosterone system (RAAS), Angiotensinogen is produced in the _____.

Liver

3
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<p>According to the Renin-Angiotensin-Aldosterone system (RAAS), Aldosterone is produced by the _____.</p>

According to the Renin-Angiotensin-Aldosterone system (RAAS), Aldosterone is produced by the _____.

Adrenal gland

4
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<p>What is the order in which urine flows through as it moves out of the body from the kidney?</p>

What is the order in which urine flows through as it moves out of the body from the kidney?

  1. Renal pyramid

  2. Minor calyx

  3. Major calyx

  4. Renal pelvis

  5. Ureter

  6. Urinary bladder

  7. Urethra

5
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Locate the different parts of the nephron in the kidney.

  • Renal Cortex

    • Distal convoluted tubule

    • Proximal convoluted tubule

    • Renal corpuscle

  • Renal medulla

    • Majority of the loop of Henle

    • Majority of the Collecting duct

6
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<p>The Juxtaglomerular cells are located around the _____ of the nephron</p>

The Juxtaglomerular cells are located around the _____ of the nephron

Afferent arteriole

7
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According to the Renin-Angiotensin-Aldosterone system (RAAS), Angiotensin converting enzyme (ACE) is produced by the _____.

Liver

8
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A _____ is the extension of the renal cortex into the renal medulla found in between the renal pyramids.

Renal column

9
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According to the Renin-Angiotensin-Aldosterone system (RAAS), Renin is produced in the _____.

Liver

10
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Antidiuretic hormone and Aldosterone will act in the _____ of the nephron to retain water.

Collecting duct (as well as the late DCT)

11
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T/F: As the filtrate descends toward the bottom of the loop of Henle, osmolatity decreases.

False.

As the filtrate descends toward the bottom of the loop of Henle, the osmolality increases

12
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T/F: As circulating antidiuretic hormone increases, the individual is likely to produce a concentrated type of urine

True

As circulating antidiuretic hormone (ADH) increases, the body is likely to produce a concentrated type of urin

  • (It is without that it becomes diluted)

13
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T/F: The outer region of the kidney, immediately deep to the renal capsule, is called the renal medulla.

False

  • It is the renal cortex

14
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Place the structures with their functions

Kidney

  • Produces urine

Ureter

  • Transports urine to urinary bladder

Urinary bladder

  • stores urine

Urethra

  • Transports urine out of the body

15
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The _____ produces renin.

Juxtaglomerular cell

16
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T/F: The female urethra is used in both urinary and reproductive purposes.

False

-the female urethra is only used in the urinary system

17
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T/F: The urinary bladder is line with Ciliated pseudostratified columnar epithelium with Goblet cells.

False

  • lined with transitional epithelium

18
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The _____ detects osmolatity (concentration of solutes) in the filtrate.

Macula densa cell

19
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The _____ is located at the superior pole of the kidney.

Adrenal gland

20
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Indicate whether the following structures will 'enter' or 'exit' the renal hilum (indentation) of the kidney

Ureter - Exit

Renal artery - Enter

Renal nerve - Enter

Renal vein - Exit

21
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Order in which blood flows into the kidney

  1. Renal arterty

  2. Interlobar artery

  3. Arcuate artery

  4. Cordical radiate artery

  5. Afferent artery

  6. Glomerulus

  7. Efferent artery

  8. Peritubular capillaries

  9. Vasa Recta

  10. Cortical radiate vein

22
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Microscopic processes of the nephron

Tubular reabsorption: Fluid and solutes movement from the renal tubular strutures to the peritubular capillaries

Tubular secretion: Fluid and solutes movement from the peritubular capillaries to the renal tubular strutures

Filtration: Fluid and solutes movements from the Glomerulus and the Bowman's capsule

23
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The nephron in order in which filtrate flows through.

  • 1st: Renal corpuscle

  • 2nd: Proximal convoluted tubule

  • 3rd: Descending loop of Henle (Thick)

  • 4th: Descending loop of Henle (Thin)

  • 5th: Ascending loop of Henle (Thin)

  • 6th: Ascending loop of Henle (Thick)

  • 7th: Distal convoluted tubule

  • 8th: Collecting duct

24
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