Answer:
The correct answers are the second and the last statement.
Explanation:
Insulin refers to a hormone produced in the body that assists in monitoring the procedure of delivering glucose and storing it. The discharging of insulin takes place by the beta islets found in the pancreas. The discharging of insulin takes place when the level of glucose in the bloodstream increases. At that time, insulin assists in uptaking glucose for its metabolism and also in its storing.
The insulin exhibits a transmembrane receptor that comprises a tyrosine kinases intracellular domain. The insulin combines with its receptor at its external edge and results in a variation in its conformation, which stimulates two tyrosine kinases. The tyrosine kinase refers to a dynamic part of the receptor that moves around.
The stimulation takes place because of the phosphorylation of the tyrosine kinases that then phosphorylates other proteins like intracellular signaling partners. This stimulation of tyrosine makes a path for the combination of ATP with the active site.
Answer:
The nervous system responds rapidly to stimuli by sending electrical action potentials along neurons, which in turn transmit these action potentials to their target cells using neurotransmitters, the chemical messenger of the nervous system.
Explanation:
Answer: Chloroplast
Explanation: Pigments give the chloroplast and the plant its color.