Answer:
Each has an amine group at one end, an acid group at the other, and a distinctive side chain.
Explanation:
The unique chemical structure attached to the backbone of each amino acid that differentiates one amino acid from another.
Answer:
The best response to the question: Brain blood flow autoregulation:___, would be, B: causes constriction of cerebral blood vessels in response to a drop in systemic blood pressure.
Explanation:
The maintenance of blood pressure for the brain is vital. This organ alone consumes around 20% of the total amount of oxygen available in the body, and whenever conditions change for the worse, the brain will generate actions to ensure that its blood flow is maintained. To do this, the brain has the capacity for autoregulation, meaning, the organ itself has the means to control the process, even if the rest of the body cannot. To do this, the brain resorts to several different mechanisms, and as of today, scientific research cannot assure that one mechanism is primary over others. What it is known for sure is that changes in systemic pressure drive the brain to initiate mechanisms of autoregulation to ensure that the flow, and pressure for nutrition and gas exchange in the brain, will be maintained. That is why the answer is B.
Answer:
True
Explanation:
because Cardiac is in ur heart
Answer:
true
Explanation:
I think the given statement is true
Answer:Undernutrition/Malnutrition
Explanation:
This occurs when there is a deficiency of energy and nutrients to meet up the requirements of an individual for optimum health. This usually result due to inadequate intake, increased demand or inability to utilize it when taken.
They are usually seen in infants shortly after stoppage of breastfeeding with poor feeding or wrong nutritional support but could also occur in adults with secondary systemic infections.
