A DNA mutation changes the shape of the extracellular domain of transmembrane receptor protein A produced by the cell. Which of
the following predictions is the most likely consequence of the mutation? (Figure) a. The molecule that normally binds to protein AA will no longer attach, deactivating the cellular response.
b. The glucocorticoid receptor will remain associated with the accessory proteins.
c. The intracellular concentration of glycogen will increase.
d. The SRYSRY gene produces a protein that binds to specific regions of DNADNA in certain tissues, which affects the development of these tissues.
The extracellular domain of the transmembrane receptor protein acts as binding site for primary messenger molecule whereas the transmembrane domain holds the receptor within membrane and the cytosolic domain has intrinsic tyrosine kinase activity, all these helps in proper cell signaling
If because of any mutation there is change in shape of the extracellular domain then that molecule that normally binds to the receptor protein will no longer attach hence cellular response will be deactivated
<span>The difference that you are searching for is the addition of Appendages. They appeared in Cambrian animals and were used to increase their physical capabilities like when sensing and processing the information found in the environment. Common appenadges found in animals are things like antennae found in insects that are used to help them communicate or notice things or similar things.</span>
