Answer:
Drug metabolism is the chemical alteration of a drug by the body.
Explanation:
Some drugs are chemically altered by the body (metabolized). The substances that result from metabolism (metabolites) may be inactive, or they may be similar to or different from the original drug in therapeutic activity or toxicity.
Following the resection of 3.2 cm lesions, the nearby tissue transfer of a 3.2 sq cm scalp defect is coded as 14020 on the CPT system.
<h3>What causes scalp problems?</h3>
lumps, sores, or blisters on the scalp Infection of the skin or the hairs shafts (folliculitis) may be the source of uncomfortable sores, blisters, or pimples that appear on the scalp (such as impetigo). A cutaneous allergy reaction (contact dermatitis). viral diseases, including shingles and chickenpox.
<h3>Is scalp a skin?</h3>
While the skin of the scalp is comparable to other body parts' skin, there are some differences. In fact, the thickest skin on the body has the most blood vessels per square inch. Additionally, it features a huge number of hair follicles that are joined to multiple, larger sebaceous glands.
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Answer:You could possibly about to go through a heart attack. If you go through this, seek medical assistance right away. Also, it might not be a heart attack. There are alot of other life threating heart problems possible in that situation.
Explanation:Hope i helped, have an amazing day :D
Answer:
d. with just a few nights of sleep deprivation, but recovery will take more than a month of normal sleep
Explanation:
During sleep, the body heals itself, wear and tear of cells occur, and the chemical balance of hormones and neurotransmitters is restored. During sleep, the body prepares cytokines, that are protection and infection-fighting substances. Sleep deprivation prevents the production of cytokines and the ability to fight and prevent infections decreases. Sleep also enhances the T-cell responses which are associated with lymphocyte production pathway. Hence, people who remain awake have a lesser T-cell count due to decrease activation of T-cells. Hence, a few nights of sleep deprivation makes the immune system lack behind in the T-cell response generation. This low T-cell activity does not only impede the production of immune system cells but also reduces the functioning of existing cells such as decrease in cytokine functioning. Hence, the entire immune system cells needs a double amount of sleep functioning to keep track of immune system responses and rebuild the cells.
