The point at which the toxin would interrupt normal cell signalling in the pathway is the signal amplification.
This is because of the G-protein uncoupling and inhibition of signal amplification by pertusis toxin. Pertusis toxin released by the bacteria Bordetella pertusis and prevents signal that is amplifying from the protein. The G-protein coordinates the interaction between membrane bound receptor proteins and the effector proteins involved in the intracellular signalling. The toxin promotes the uncoupling of this heterotrimetric protein and also inhibits the amplification thus preventing the interaction of the receptor proteins and the second messengers.
Answer:
d. Fluid intelligence
Explanation:
Fluid intelligence -
It is the capacity to solve the problem in a novel situations and think logically and independence regarding the acquired knowledge .
The ability of fluid intelligence involves to determine the patterns and relationships which holds the novel problems and to assume these findings using logic .
Hence , the correct option for the given information is d. Fluid intelligence .
MRNA. Messenger Ribonucleic Acid.
That would be a saturated lipid.
Hope this helps.
Cyclin-dependent kinases (Cdks), along with cyclins, are major control switches at these checkpoints. They are central to cell cycle control; their activation via cyclin mediates progression through all four phases of the cell cycle. p53 is a protein that functions to block the cell cycle if the DNA is damaged