Multiple Choice
Which of the following statements best describes the difference between low-affinity integrins and high-affinity integrins?
A) Many integrins can exist in two conformations: a low-affinity (bent) conformation and a high-affinity (straight) conformation.
B) Dissociation of the αβ heterodimer converts many integrins from the low-affinity to the high-affinity state.
C) Association of the αβ heterodimer converts many integrins from the low-affinity to the high-affinity state.
D) Proteolytic cleavage of the C-terminal tails of the two subunits converts many integrins from the low-affinity to the high-affinity state.
Correct Answer:

Verified
Correct Answer:
Verified
Q6: Dystroglycan is a large glycoprotein that binds
Q7: Which one of the following is NOT
Q8: Cadherin cellular adhesion molecules promote:<br>A)collagen binding.<br>B)multiadhesive matrix
Q9: Cellular responses to adhesion receptor signaling do
Q10: Which of the following is NOT true
Q12: What is the role of Ca²⁺ in
Q13: What is the function of plasmodesmata in
Q14: In a classic experiment,H.V.Wilson studied aggregation of
Q15: Which extracellular matrix component is expressed in
Q16: How are multiple forms of fibronectin generated?