I believe the answer is D. fats and oils.
Answer:
If Jay loses muscle size after taking a break, this loss is called atrophy.
Explanation:
Muscle atrophy refers to the condition in which the mass or size of the muscle gets reduced to temporary disabling of routine work. This may lead to either partial or complete damage to the affected muscles.
On the other hand, hypertrophy refers to the condition in which the muscle size gets increased wither due to over storage of glycogen or increased size of myofibrils.
As Jay loses muscle size after taking break, it may be inferred that he is affected with muscle atrophy. hope this helps you :)
Though most humane societies are ran solely off donations, sponsors, etc, there are few animal shelters and other similar institutions that aren't. But for this question, we can eliminate all of the answers that are incorrect.
Firstly, let's look at A. preventive medicine specialists. Preventive medicine specialists research and try to create ways to fight disease and look for ways to improve overall health.
Second, let's look at B. multi-veterinarian practices. We know that humane societies aren't veterinarians, so we can automatically eliminate that answer.
Lastly, let's look at D. academic institutions. An academic institution is a place such as a school, university, or college. We know that humane societies are teaching groups of people on a regular basis, so that's definitely not our answer.
The only answer left is C. nonprofit institutions, which is the accurate answer.
Hope this answer helped you out. :)
Answer:
bc if say they take meds for ADHD or ADD or depression so on if that shows up on the drug test that could be a potentional harm for what they are tryiong to acheive like sports or even a job
Explanation:
The answer is hypoxemia. This condition of oxygen deficiency in blood is related to breathing or circulation and can cause hypoxia or the below-normal level of oxygen in the body tissues. These are both dangerous since our organs can be damaged just minutes without oxygen.