3. In the image below, identify the primary active transporter and the secondary active transporter. Apical surface Basal surface Intestinal Blood lumen Microvilli 2K+ Epithelial cell O 3 Na* 00 Na*K* ATPase 2 Na* 00 Glucose Glucose Nat-glucose symporter (driven by high extracellular [Na 1) Glucose uniporter GLUT2 (facilitates downhill efflux) 141 ngeh ateyeven :3 m Comry
3. In the image below, identify the primary active transporter and the secondary active transporter. Apical surface Basal surface Intestinal Blood lumen Microvilli 2K+ Epithelial cell O 3 Na* 00 Na*K* ATPase 2 Na* 00 Glucose Glucose Nat-glucose symporter (driven by high extracellular [Na 1) Glucose uniporter GLUT2 (facilitates downhill efflux) 141 ngeh ateyeven :3 m Comry
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:3. In the image below, identify the primary active transporter and the secondary active transporter.
Apical surface
Basal surface
Intestinal
Blood
lumen
Microvilli
2 K*
Epithelial cell
3 Nat
00
Na*K+
2 Na+
ATPase
Glucose
Glucose
Glucose uniporter
GLUT2 (facilitates
downhill efflux)
Nat-glucose
symporter
(driven by high
extracellular
[Na*1)
Figure 11-41
Lehinger
2017WH freeran and Compay
ncples of Bincheminy Seventh Edtion
4. The actions of cardiac glycoside drugs are not confined exclusively to heart tissue. How would ingestion of a
cardiac glycoside affect uptake of glucose in the intestine? Refer to actions of the cardiac glycoside on the
system in the image above in your answer.
5. Calculate the free energy change associated with moving glucose into the cell. The experimental conditions
are as follows: 37 °C, 5 mM extracellular glucose, 0.4 mM intracellular glucose. Show all work.
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