Answer: for this reason, the food and drug in ministration (FDA) Set up the genome Trakr network in 2012 to monitor FBD outbreaks in enable faster identification of sources through WGS.
Explanation:
<h2>
Answer:</h2>
Firstly, Making sure that you been prescribed that drug.
Reading the directions or instructions.
Knowing the side effects of the Medication/Drug.
Making sure you tell your doctor if you are taking any other medications, and always take the healthy amount or the amount you were prescribed.
Don't ever share your medicine, and make sure it has not expired.
Track the time you take it if you take more than one dose or pill.
DO NOT drink alcohol while taking your prescribed medication.
Remember the Abreaviated term: <em>SAFER</em>
(S) Speak up//(A) Ask questions//(F) Find the facts//(E) Evaluate your choices//(R) Read the label.
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<em>Good luck foe.</em>
<em>leme know if wrong.</em>
<em>Lb.</em>
The study of nutrients and how the body uses them is called <span>Nutrition.
</span>
Answer:
the volume would increase
Explanation:
Complete Question
What would be the effect on urine output if sodium channels in the tubule cells were inhibited?
A) The volume would increase.
B) The volume would decrease, then quickly resume.
C) The volume would decrease by one-tenth the sodium concentration.
D) The volume would decrease by half the sodium concentration
Solution -
If the glomerular filtrate is directly allowed to flow into the urinary bladder without passing through the reabsorption tubule, then the amount of loss of fluid through urine will increase.
The reabsorption tubule absorbs the necessary substances from the filtrate and allows blood stream to dispose of their waste substances thereby converting the filtrate into urine. It is to be noted that here that nearly 70 % of the sodium is absorbed in the in the reabsorption tubule (proximal tubule) in the form of sodium bicarbonate and sodium chloride
Option A is correct
During exercise, heart rate can rise adequately from a resting rate of 60 - 80 beats per minute to a maximum rate of 200 for a young adult.
Explanation:
Regular exercise causes a reduction in Resting Heart Rate (RHR) because the heart muscle is always stronger and it is capable of pumping out more blood per heartbeat.
The body needs very little or less heartbeat to pump the same amount of blood.
The intensity of excercise exceeds 60% of person's maximum heart rate the increase in cardiac output is solely attributable to increase in heart rate.
