At the point when taking a patient off an exogenous wellspring of cortisol, the body needs time to up direct creation of corticotropin and adenocorticotropin. On the off chance that the patient is taken off too unexpectedly, the body does not have room schedule-wise to adjust and there won't be sufficient of the middle of the road hormones present to empower creation of enough cortisol to address the body's issues.
Answer:
Correct Answer: Estimating the adequacy of an individual’s nutrient intake
Explanation:
Dietary Reference Intake is used to plan a diet for a regular <em>healthy individual</em> and not for a group of people or for people with medical problems. This is Dietary Reference introduced by the Institute of medicine of the national academies in the US. In order for it to be an average reference that can be widely used by people everywhere around the globe it has to take into account the nutrition recommendations for a single healthy individual, as this eliminates several unknown variables. People with medical problems or population groups cannot appropriately use this as a reference as they do not represent a dietary norm; however, individuals from these groups are free to use the DRI in order to properly plan their meals and nutritional intake.
Hai :3
Your question is related to physiology.
Of all your choices, urination is not controlled by the brain stem. Urination is controlled by the micturition reflex, so your answer would be A. urination.
Because it is both dead and alive !!
When outside the host , it is inactive or dead , but as it goes inside the host , it starts multiplying by hijacking the genetic machinery of the host cell !!
this property makes the virus unique of all !!
1. Something at rest or in motion in all constants will remain that way unless acted upon by a force.
2. F=ma
Explanation:
Newton’s first law states that if a body is at rest or moving at a constant speed in a straight line, it will remain at rest or keep moving in a straight line at constant speed unless it is acted upon by a force.
Force equals mass times acceleration; it states that the time rate of change of the momentum of a body is equal in both magnitude and direction to the force imposed on it.