IV. Nephron Blood Supply To understand the blood supply more clearly to nephrons, color the structures in the following figure. Use the suggested colors. • Afferent arteriole: Pink Efferent arteriole: Light red • Glomerulus capillaries: Orange Peritubular capillaries: Dark red Veins that feed into renal vein: Blue Next, draw arrows to show the direction of blood flow. Also, label the following structures: • Proximal convoluted tubule • Distal convoluted tubule • Loop of Henle • Collecting duct •

IV. Nephron Blood Supply To understand the blood supply more clearly to nephrons, color the structures in the following figure. Use the suggested colors. • Afferent arteriole: Pink Efferent arteriole: Light red • Glomerulus capillaries: Orange Peritubular capillaries: Dark red Veins that feed into renal vein: Blue Next, draw arrows to show the direction of blood flow. Also, label the following structures: • Proximal convoluted tubule • Distal convoluted tubule • Loop of Henle • Collecting duct •

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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Labeling
Can you help me fill in the following blanks with the correct terms with the word bank below?
5. The figure below is a digram of the nephron and associated blood supply. MATCH each of the numbered structures on the figure to one of the following terms: afferent arteriole, efferent arteriole, arcuate artery, arcuate vein, glomerutar capsule, collecting duct, distal convotuted tubute, glomerutus, interlobar artery, interlobar vein, interlobular artery, interlobular vein, nephron toop, proximal convotuted tubute, peritubular capillaries, vasa recta, collecting tubule Afferent arteri 1. Glonmerular Capsule 2. Afferent Anteriole 3. Efferant Arteriele Figure 15-3 te 17 4. 5. 12 6. 7. 8. 9. NephronLoop 11. Callecting Duct 12. Distal Convolited Tubule 13. PoximalConvaluted Tubule Paritubular Capllariec. 10. 16 10 14. to hey emoed1 15. Slamerulue. 16. \cca recta 17.
Match the renal process to the direction and type of movement. Solute-specific movement out of the nephron tubule and into the peritubular capillaries. Group of answer choices Excretion Reabsorption Filtration Secretion
Tab. 2. Morphological changes in the case of damage to the epithelial cells of the renal tubules (H&E micropreparations and electronograms) I. Normal epithelium of renal tubules Mark the corresponding elements in all the pictures: 1 - lumen of renal tubules 2 - nephrocyte nuclei 3- cytoplasm of nephrocytes 4- eosinophilia of the cytoplasm of nephrocytes 5- granules in the cytoplasm of nephrocytes II. Describe the morphological changes: III. Describe the morphological changes:
Sketch each of the following segments of the nephron, and for each, write a short sentencedescribing how its epithelial structure suits its function.a. visceral layer of Bowman’s capsuleb. parietal layer of Bowman’s capsulec. proximal convoluted tubuled. thin segment/ loop of Henlee. collecting tubule
Create a concept map, using transition words, of a kidney structure and function, including the following. Afferent arterial Bowmans capsule Collecting duct Convoluted, tubule's, proximal and distal Cortex and medulla Afferent arterial Excretion Filtrate Filtration Gomerullus kidney loop of Henle nephron Peritubular capillaries reabsorption Renal artery renal corpuscle Renal pelvis, and urter Renal vein
3. Draw and label a nephron: use the video in Canvas titled “How a nephron works by Professor Koepke" to add details to the picture below. DCT: Filtration: Bowman's or Efferent Giomerular capsule arteriole Distal convoluted tubule Afterent arteriale PCT: Praximal convoluted tubule Cortex-medulla junction Interlobular artery Verule Collecting duct Interiabular Collecting duct: vein Descending limb: Antidiuretic hormone: Loop of the nephron (Henle) Perilutular capillary Ascending limb: Aldosterone: notwork Urine llows into renal pelvis pH:
N V W X Y
Male and Female Fetal Pig Excretory System Please refer to the pic to answer the question Explain the function, colors and textures of the strucutres observed in the image. Does the composition of urine change much from the ureter to the urethra?
Several pharmacological agents have been shown to lower the pressure of the filtrate inside the lumen of nephrons. What affect will this have? a hydrostatic pressure of fluid in the Bowman’s capsule increases, GFR increases b hydrostatic pressure of fluid in the Bowman’s capsule decreases, GFR decreases c hydrostatic pressure of fluid in the Bowman’s capsule increases, GFR decreases d hydrostatic pressure of fluid in the Bowman’s capsule decreases, GFR increases
Match each item to the correct statement below. tubular portion of the nephron that lies between the Bowman's capsule and the loop of Henle tubular portion of the nephron that lies between the proximal and distal tubules process that results in the movement of water and solutes, except proteins, from blood plasma into the nephron the state in which the kidneys cannot maintain homeostasis due to damage to nephrons procedure that removes wastes and excess fluid from the blood when kidney function is lost process that removes water from the filtrate in the nephron and returns it for reuse by the body process that moves additional wastes and excess substances from the blood into the filtrate in the nephron tubular portion of the nephron that lies between the collecting duct and the loop of Henle chemical messenger regulated by the hyphothalamus which triggers reabsorption of water into the blood process in which useful substances are reabsorbed from the filtrate in the nephron and…