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All of these answers are examples of facilitated diffusion
All of these answers are examples of facilitated diffusion
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QUESTION 2 Which of the following is NOT an example of facilitated diffusion O A. lon...
10) Which of the following is NOT an example of facilitated diffusion? A) GLUTI glucose transporter...
10) Which of the following is NOT an example of facilitated diffusion? A) GLUTI glucose transporter B) anion exchange protein C) aquaporins D) channel proteins E) oxygen transport Select the correct answer from the above choices? Explain your answer?
QUESTION 32 Which of the following is an example of a gradient-driven active transporter O A...
QUESTION 32 Which of the following is an example of a gradient-driven active transporter O A Aquaporin water transport B. Na+K+ ATPase glucose permease transport D. Osmosis E. Na glucose symport F. All of these answers are correct G. None of these answers are correct
QUESTION 32 Which of the following is an example of a gradient-driven active transporter A. Aquaporin...
QUESTION 32 Which of the following is an example of a gradient-driven active transporter A. Aquaporin water transport B. Na+K+ ATPase C. glucose permease transport D. Osmosis E. Na+glucose symport F. All of these answers are correct G. None of these answers are correct
cell biology Which of the following is an active transport mechanism? a Facilitated diffusion of potassium...
cell biology Which of the following is an active transport mechanism? a Facilitated diffusion of potassium ions across the membrane through an open potassium channel b Movement of water into a cell c Sodium ions moving out of an animal cell bathed in physiological saline d Movement of CO2 out of a cell e None of the above
How does facilitated diffusion differ from simple diffusion? Facilitated diffusion requires ATP Facilitated diffusion requires a...
How does facilitated diffusion differ from simple diffusion? Facilitated diffusion requires ATP Facilitated diffusion requires a solute-specific protein carrier Facilitated diffusion transports solute against its’ concentration gradient Which of the following is TRUE about primary active cell membrane transport? It is a form of transport that requires a protein “pump” It is a form of transport that transports ions and/or solute against their concentration gradient It is a transport mechanism that requires energy released from the splitting of ATP by...
Which of the following would not be facilitated diffusion? A. An amino acid exits the cell...
Which of the following would not be facilitated diffusion? A. An amino acid exits the cell through an integral protein. B. A chloride ion (Cl-) unlocks a protein channel, and passes through. C. A large glucose molecule enters the cell through a pore protein. D. A water molecule passes through a semi-permeable membrane.
Add a 0.14/1 pts Partial Question 1 Me Review transmembrane trafficking and then match the term...
Add a 0.14/1 pts Partial Question 1 Me Review transmembrane trafficking and then match the term with the best description Save facilitated diffusion Glucose enters absorptive cells this way Primary active transp ATP is hydrolyzed by the same protein that moves a solute against its gradient Oxygen crosses membranes diffusion this way Glucose enters non- absorptive cells this way active transport osmosis A general term describing the movement of solutes FOLLOWING their concentration gradient diffusion A general term describing the...
Diffusion: Which following statement is incorrect? Select one: a. Facilitated diffusion requires a transport protein b....
Diffusion: Which following statement is incorrect? Select one: a. Facilitated diffusion requires a transport protein b. It is a form of passive transport c. Isotonic solutions have an equal amount of solute on both sides of the membrane - no change in shape d. Exocytosis involves the diffusion of molecules out of a cell e. Hypotonic solutions result in cell swelling
Question 6 A carrier protein involved with facilitated diffusion has which of the following characteristics? O...
Question 6 A carrier protein involved with facilitated diffusion has which of the following characteristics? O a. It exhibits a specificty for a particular type of molecule. O b. It works against a concentration gradient. O c. It is a peripheral membrane protein. O d. It requires the expenditure of cellular energy to function.
Which of the following features is/are shared by both active transport and facilitated diffusion? A) Saturability...
Which of the following features is/are shared by both active transport and facilitated diffusion? A) Saturability B) Energy Input C) Both D) Neither
10) Which of the following is NOT an example of facilitated diffusion? A) GLUTI glucose transporter B) anion exchange protein C) aquaporins D) channel proteins E) oxygen transport Select the correct answer from the above choices? Explain your answer?
QUESTION 32 Which of the following is an example of a gradient-driven active transporter O A Aquaporin water transport B. Na+K+ ATPase glucose permease transport D. Osmosis E. Na glucose symport F. All of these answers are correct G. None of these answers are correct
QUESTION 32 Which of the following is an example of a gradient-driven active transporter A. Aquaporin water transport B. Na+K+ ATPase C. glucose permease transport D. Osmosis E. Na+glucose symport F. All of these answers are correct G. None of these answers are correct
Add a 0.14/1 pts Partial Question 1 Me Review transmembrane trafficking and then match the term with the best description Save facilitated diffusion Glucose enters absorptive cells this way Primary active transp ATP is hydrolyzed by the same protein that moves a solute against its gradient Oxygen crosses membranes diffusion this way Glucose enters non- absorptive cells this way active transport osmosis A general term describing the movement of solutes FOLLOWING their concentration gradient diffusion A general term describing the...
Question 6 A carrier protein involved with facilitated diffusion has which of the following characteristics? O a. It exhibits a specificty for a particular type of molecule. O b. It works against a concentration gradient. O c. It is a peripheral membrane protein. O d. It requires the expenditure of cellular energy to function.
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