For PFK protein, the targeting pathway is CYTOPLASM ONLY.
For insulin protein, the targeting pathway is: ENDOPLASMIC RETICULUM TO THE GOLGI BODY TO THE OUTSIDE OF THE CELL.
There are basically two general targeting pathways for proteins in the eukaryotic cells. Proteins that function in the cytoplasm are released directly into the cytoplasm while other proteins are translated on ribosomes that are bound to rough endoplasmic reticulum.
Answer: Gastrocholic reflex
Explanation:
The gastrocholic reflex or gastrocolic response is one of the physiological reflexes in the stomach which controls the movements like peristalsis and motility in the gastrointestinal tract.
This reflex is generated by the the food particles that enters the stomach. The bolus of the food in the stomach helps in the mass movement of the other food particles in the colon.
This reflex is known as gastrocholic reflex.
The answer is A. Stressor
Researchers have identified specific gene variants in the receptors that detect sweetness: TAS1R2 and TAS1R3. There is also high variation in the detection of bitterness. However, the story is more complicated than sweet taste, as we have 25 receptors that detect different bitter molecules
If the genetic code used four bases as a code instead of three then <u>256 units could be encoded.</u>
<u>Explanation:</u>
There are 4 DNA bases that can make up the hereditary code. On the off chance that the codon for every amino corrosive was comprised of just 2 bases, just 16 unique codons would be conceivable.
<u>Given:</u>
1 Bases = DNA bases
2 Bases = DNA bases
3 Bases = DNA bases
4 Bases = DNA bases
Unmistakably this isn't sufficient. Be that as it may if every ha a codon made up of 3 bases (similar to the case) there are 64 potential blends which are all that could possibly be needed.
So for 4 bases, just 256 unique codons would be conceivable.