How Different Drugs Work In The Body Case Study

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How Different Drugs Work in the Body at a Molecular Level
First, it is important to understand the drug kinetics so as to understand how a drug works. Typically, this is how the drug is introduced to the body, how it reaches the point of action, and how it is removed from the body. The most important stage is absorption, and it highlights how the drug is introduced into the body. It includes intravenous administration, subcutaneous injection, intramuscular injection, oral administration, and rectal administration. Each of these ways determines how the drug is absorbed into the body. Distribution is the next stage, and it deals with how a drug reaches different organs in the body. The metabolism stage, the majority of which takes place in the
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Commonly, it is used as a pain and a fever reliever. In higher dosages, which are only available by prescription, it can be used to treat inflammatory illnesses, rheumatoid arthritis, and gout. In some cases, regular intake of low dosages of the drug prevents recurring strokes or heart attacks. Some studies have also shown that Aspirin could be effective in mitigating the risks of colon and breast cancers, as well as Alzheimer, although the latter is still in the early stages of research. For a drug that has so many effects, it begs the question of how it …show more content…
What sets Aspirin apart from the other NSAIDs is the fact that it splits into two parts and attaches itself to one part of the enzyme, which alters its chemical structure permanently and inhibits the reactions that produce the prostaglandins (Chronicle). It is essential to understand what prostaglandins are, how they are created, and how aspirin interferes with this process so as to better appreciate this process.
There are many forms of prostaglandin in the body, most of which serve beneficial physiological functions. The particular ones in question are secreted during the body’s immune system response to bacteria and other pathogens in injuries. In cases of injuries, prostaglandins exist around the wound, and this leads to pain and inflammation. During bacterial infections, however, they are produced by the hypothalamus, resulting in an increase in body temperature. The therapeutic effect of aspirin stems from suppressing the secretion of

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