Question: D Question 23 2 Pts If A Chromosome Is Closer To The RIGHT Spindle Pole At The Start Of Prometaphase, Which Of The Following Is True About The Motor Proteins Associated With The Kinetochores? O Kinesin-7 Should Be Active On The (-) End Of The Microtubule On The Right Side Since It Walks Toward The (+) End Kinesin-7 Should Be Active In The Kinetochore …
Question: D Question 23 2 Pts If A Chromosome Is Closer To The RIGHT Spindle Pole At The Start Of Prometaphase, Which Of The Following Is True About The Motor Proteins Associated With The Kinetochores? O Kinesin-7 Should Be Active On The (-) End Of The Microtubule On The Right Side Since It Walks Toward The (+) End Kinesin-7 Should Be Active In The Kinetochore …
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D Question 23 2 pts If a chromosome is closer to the RIGHT spindle pole at the start of prometaphase, which of the following is true about the motor proteins associated with the kinetochores? O Kinesin-7 should be active on the (-) end of the microtubule on the right side since it walks toward the (+) end Kinesin-7 should be active in the kinetochore on the left side of the chromosome. Dynein should be walking towards the left direction connected to the left kinetochore. Dynein should be walking towards the right direction connected to the right kinetochore. A&C O A&D OB&C B&D D Question 24 2 pts If you had a mutant that inhibits all translocons so that the plug stays in place at all times. O proteins targeted to the ER, mitochondria and nucleus would all be unable to reach their destinations soluble proteins could not enter the ER but membrane proteins could, since this requires a different conformational change in the translocon. membrane proteins could not enter the ER but soluble proteins could, since this requires a different conformational change in the translocon: proteins targeted to the ER. Golgi, and mitochondria would ali be unable to reach their destinations.