None Which of the following is the method of transport of amino acids from the absorptive cells into the capillaries of the intestinal villus?O Primary active transportO Secondary active transportO Sodium ion symporterO Hydrogen ion antiporterO Diffusiondon't give Aigenerated solution

After amino acids enter the enterocytes from the lumen of the intestine through secondary active…

Answered: Which of the following is the method of…

Human Physiology: From Cells to Systems (MindTap Course List)

9th Edition

ISBN:9781285866932

Author:Lauralee Sherwood

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Chapter3: The Plasma Membrane And Membrane Potential

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Problem 1ACR: When William H. was helping victims after a devastating earthquake in a region not prepared to...

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Acidification of the stomach uses all of the following types of transport EXCEPT: symporters O channels All of the other are used by the parietal cells antiporters O pumps
When blood glucose level rises, the pancreas secretes insulin, and as a result blood glucose level declines. When blood glucose level is low, the pancreas secretes glucagon, and as a result blood glucose level rises. Such regulation of blood glucose level is the result of A reproduction thermal regulation community homeostasis 2,279 12 tv N MacBook Air DII DD F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 F1 @ %23 24 2 6. %3D * CO
The diagram below depicts an intestinal epithelial cell, as well as the relative concentrations of a number of different solutes. Sodium (Na+) ions within epithelial cells have a low concentration relative to that in the lumen and lamina propria, while chloride (Cl-) and potassium ions (K+), as well as glucose, have a relatively high concentration within the cell. Which of the following requires active transport? (select two answers) transport of K+ and Cl- from the cytosol to the lamina propria transport of glucose from the intestinal lumen to the cytosol transport of Cl- from the cytosol to the intestinal lumen transport of Na+ from the lamina propria to the cytosol transport of K+ from the lamina propria to the cytosol
An example for Secondary active transport O sodium potassium bumps O Glucose entrance to red blood cells Bicarbonate - Chloride transporter Glucose absorption from gastro intestinal tract O Aquaporins
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.
The net movement of potassium out of a cell (and sodium into a cell) occurs by: secondary active transport simple diffusion facilitated diffusion O primary active transport
None
difference between channels and transporters is that O Only channels allow for the passage of solutes against their electrochemical gradient. OTransporters allow for a greater rate of transport across a membrane than channels do. O Only channels allow for the transport of ions. Transporters must undergo a conformational change upon binding to the solute.
I try answering the first question but not sure, can you please help me answer these questions and thanks
When materials are taken up on one side, brought to the inside of the cell, and eventually excreted on the other side of thee cell, this is known as?
In order to move flagella or cilia, ATP is required for the dynein head to try to move along: O radial spokes the A tubule O the central doublet O basal bodies O the B tubule
Movement of glucose from one side to the other side of the intestinal epithelium is a major example of transcellular transport. How does the Na+/K+ ATPase power the process? Why are tight junctions essential for the process? Why is localization of the transporters specifically in the apicalor basolateral membrane crucial for transcellular transport? Rehydration supplements such as sport drinks include a sugar and a salt. Why are both important to rehydration?

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Which of the following is the method of transport of amino acids from the absorptive cells into the capillaries of the intestinal villus? O Primary active transport O Secondary active transport O Sodium ion symporter O Hydrogen ion antiporter O Diffusion don't give Ai generated solution