Answer:
The correct answer is b. CRH
Explanation:
CRH (Corticotropin-releasing hormone) is released by hypothalamus gland in stress condition. After it's release it reaches to the pituitary gland and initiate the secretion of ACTH (adernocorticotropic hormone).
ACTH then stimulate the secretion of steroid hormones from adrenal cortex. Secretion of steroid hormone like cortisol are essential in fight and flight response under stress condition. This whole path is known as HPA(hypothalamic-pituitary-adrenal) axis.
So the correct answer is b. CRH
Answer:
The chemical receptors of cells have been defined as molecular structures to which other molecules considered as chemical messengers (neurotransmitters, hormones and other neuroactive molecules) specifically bind.
Chemical receptors can be located on the plasma membrane into which they insert by crossing it. Membrane domains have been defined for them and also on both sides of the membrane. The one on the external side corresponds to the binding site for messengers that come from other cells, a situation that defines the so-called heteroreceptors. If messengers coming from the cell itself join that site, the so-called autoreceptors are defined.
But chemical receptors can also be located inside cells. They are intracellular receptors and are found in the cytoplasm or in the nucleus. Messages act on them, which due to their chemical nature can cross the plasma membrane, such as steroidal hormones, thyroid hormones and neurosteroids
Explanation:
I hope my answer helped you
Answer:
The aim is SPECIMEN
Explanation:
The aim is to obtain a sample (specimen) of urine from the middle of your bladder. Urine does not normally have any germs (bacteria) in it (urine should be sterile). ... A midstream specimen of urine (MUS) is best, as the first bit of urine that you pass may be contaminated with bacteria from the skin
The answers are to and from respectively.
Answer:
Excepted Packaging is used to transport material with extremely low levels of radioactivity. Excepted packagings are authorized for limited quantities of radioactive material that would pose a very low hazard if released in an accident.
Explanation:
