Inactivation of type II calcium calmodulin kinase would be expected to:. a. promote the creation of new NMDA receptors
b. promote the formation of new memories
c. block the entry of calcium into the postsynaptic cell
d. block the formation of long-term potentiation
e. facilitate the production of long-term potentiation

D. block the formation of long-term potentiation

Explanation:

Inactivation of type II calcium calmodulin kinase would be expected to block the formation of long-term potentiation.

They have unique properties and help in the binding of calcium which is rich in calmodulin.

Inactivation will prevent the binding to occur and will result in blocking long term potentiation which is a high nerve impulse strength

d. making up measurements to record.

explanation:

the fossil record extends back to a dog-like ancestor some 55 million years ago, which gave rise to the first horse-like species 55 to 42 million years ago in the genus eohippus.