Cell type B (transport protein mutant) Time IN [Na+] 0 10 ms 20 ms 150mM 40mM 40mM OUT [Na+] 15mM 125mM 125mM IN [ATP] 200mM 70mM 70mM IN [Glu] 5mM 5mM 5mM OUT [Glu] 200mM 200mM 200mM Q4. Now, analyze a similar data set for cell type B above. Add an arrow labelled with 1° to indicated where primary active transport occurred. Add an arrow labelled with 2° to indicate where secondary active transport occurred (if it occurs).
Cell type B (transport protein mutant) Time IN [Na+] 0 10 ms 20 ms 150mM 40mM 40mM OUT [Na+] 15mM 125mM 125mM IN [ATP] 200mM 70mM 70mM IN [Glu] 5mM 5mM 5mM OUT [Glu] 200mM 200mM 200mM Q4. Now, analyze a similar data set for cell type B above. Add an arrow labelled with 1° to indicated where primary active transport occurred. Add an arrow labelled with 2° to indicate where secondary active transport occurred (if it occurs).
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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need help with Q4-Q5
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![**Q3.** On the data table for cell type **A** and graphs on the previous page, use arrows labelled with 1° to indicate where primary active transport occurred (if it occurs). Add arrow(s) labelled with 2° to indicate where secondary active transport occurred (if it occurs). On your diagram and written description also distinguish between primary versus secondary active transport.
**Cell type B (transport protein mutant)**
| Time | IN [Na+] | OUT [Na+] | IN [ATP] | IN [Glu] | OUT [Glu] |
|------|----------|-----------|----------|----------|-----------|
| 0 | 150mM | 15mM | 200mM | 5mM | 200mM |
| 10 ms| 40mM | 125mM | 70mM | 5mM | 200mM |
| 20 ms| 40mM | 125mM | 70mM | 5mM | 200mM |
**Q4.** Now, analyze a similar data set for cell type **B** above. Add an arrow labelled with 1° to indicate where primary active transport occurred. Add an arrow labelled with 2° to indicate where secondary active transport occurred (if it occurs).
**Q5.** What is not occurring in Cell B (mutant) compared to Cell A (non-mutant)?
Therefore, what do you conclude about the normal role of this transport protein?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff1541ca2-1ddc-42c8-8744-b2cad194e12f%2F2113da34-520b-462c-8312-b058c7e42e2a%2Fthfml76_processed.png&w=3840&q=75)
Transcribed Image Text:**Q3.** On the data table for cell type **A** and graphs on the previous page, use arrows labelled with 1° to indicate where primary active transport occurred (if it occurs). Add arrow(s) labelled with 2° to indicate where secondary active transport occurred (if it occurs). On your diagram and written description also distinguish between primary versus secondary active transport.
**Cell type B (transport protein mutant)**
| Time | IN [Na+] | OUT [Na+] | IN [ATP] | IN [Glu] | OUT [Glu] |
|------|----------|-----------|----------|----------|-----------|
| 0 | 150mM | 15mM | 200mM | 5mM | 200mM |
| 10 ms| 40mM | 125mM | 70mM | 5mM | 200mM |
| 20 ms| 40mM | 125mM | 70mM | 5mM | 200mM |
**Q4.** Now, analyze a similar data set for cell type **B** above. Add an arrow labelled with 1° to indicate where primary active transport occurred. Add an arrow labelled with 2° to indicate where secondary active transport occurred (if it occurs).
**Q5.** What is not occurring in Cell B (mutant) compared to Cell A (non-mutant)?
Therefore, what do you conclude about the normal role of this transport protein?
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