14 A molecule of the motor protein Winnebago, supplied with ATP, is moving along a microtubule in thedirection shown in the figure below. What will happen if you suddenly remove all ATP from thesystem by adding an enzyme that hydrolyzes ATP?AZO Winnebago will stall on the microtubule.No change: Winnebago will continue to move from A to B.Winnebago will wander back and forth along the microtubule.O Winnebago will move backwards (towards point A instead of point B).O Winnebago will continue to move from point A to point B, but at a slower rate.

Name: 14 A molecule of the motor protein Winnebago, supplied with ATP, is mo
Uploaded: 2024-03-20T06:42:55.000Z
Channel: Bartleby
Description: 14 A molecule of the motor protein Winnebago, supplied with ATP, is moving along a microtubule in thedirection shown in the figure below. What will happen if you suddenly remove all ATP from thesystem by adding an enzyme that hydrolyzes ATP?AZO Winne

The correct option is d i.e, Winnebago will move backwards (towards point A instead of point B). Explanation: When the ATP is supplied to molecule of motor protein winnebago is moving along the microtubule from A to B as stated above. Since movement of winnebago depend solely on supply of ATP and if we stop the ATP supply Winnebago will stop moving along the microtubule. Hence if the ATP are hydrolysed using enzyme the Winnebago will move backwards from B to A because ATPs are removed by hydrolysis. Hence the correct option is d.