Referring to the figure shown, the movement of glucose is from the lumen of the duodenum through an interstitial cell, out to the extracellular fluid, and into a capillary. What would happen if the action of the Na+–K+ pumps was reduced? A)The rate of flow of glucose into the interstitial cells would be increased. B)The direction of flow of glucose would be reversed. C)The rate of flow of glucose into the interstitial cells would be reduced. D)Nothing would differ: the movement of glucose would be the same as before the reversal
Referring to the figure shown, the movement of glucose is from the lumen of the duodenum through an interstitial cell, out to the extracellular fluid, and into a capillary. What would happen if the action of the Na+–K+ pumps was reduced? A)The rate of flow of glucose into the interstitial cells would be increased. B)The direction of flow of glucose would be reversed. C)The rate of flow of glucose into the interstitial cells would be reduced. D)Nothing would differ: the movement of glucose would be the same as before the reversal
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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Referring to the figure shown, the movement of glucose is from the lumen of the duodenum through an interstitial cell, out to the extracellular fluid, and into a capillary.
What would happen if the action of the Na+–K+ pumps was reduced?
A)The rate of flow of glucose into the interstitial cells would be increased.
B)The direction of flow of glucose would be reversed.
C)The rate of flow of glucose into the interstitial cells would be reduced.
D)Nothing would differ: the movement of glucose would be the same as before the reversal.

Transcribed Image Text:Lumen of
small intestine
- Glucose
Nat
Glucose enters an
intestinal cell along
with Nat driven by
the Nat concentra-
tion difference
between the lumen
of the intestine and
the cytoplasm of
the cell.
Nat-glucose
co-transporter
Cytoplasm of
intestinal cell
-K+
00
Nat concentration
is kept low inside
the cell by the
action of the
Na*-K* pump.
Glucose
transport
protein
Nat-K+
АТPase
Glucose exits
the intestinal
cell passively
by a glucose
transport
protein.
Blood
vessel
Na
Glucose
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