Non-steroidal anti-inflammatory drugs or NSAIDs are pain medications that bring down any inflammation inside the body without affecting the adrenal glands. In this lecture, we’ll go through the following:
- How inflammation is formed
- The common types of NSAIDs
- How NSAIDs work
- The antipyretic property of NSAIDs
So, let’s get right to it.
When the body experiences stress, sickness, or any unusual disruption, inflammatory factors are released as a form of defense mechanism. Usually, inflammatory factors are apparent when people work out or participate in extreme physical sports. These activities will eventually lead to increased stress on the body and may prompt prostaglandin release.
After going through rigorous training, it is expected that people will complain of pain. And the moment people experience pain and inflammation, either localized or generalized, the next thing that’s supposed to happen is the ingestion of pain medication, primarily to eliminate the problem.
Technically, tons of NSAIDs are approved for use in the US. However, Ibuprofen is the most popular generic type of NSAID, while Motrin is the most popular brand of Ibuprofen. The main mechanism of Ibuprofen is to cease inflammatory agents that are released by the body which causes tenderness and fever.
The Inflammatory Factors
What are the inflammatory factors that are released as a form of defense mechanism?
- Substance P
COX-1 and COX-2 are the ones that produce prostaglandins. Prostaglandins are known to have several functions, namely:
- Promote inflammation that leads to pain
- Aid in the blood clotting activity of the platelets
- Prevent harmful effects of acid in the stomach
NSAIDs and Pediatric Clients
One important detail about non-steroidal medications is that has antipyretic properties, which is why it is also given to pediatric clients.
A child is admitted in the emergency room due to a fever of 103 Fahrenheit that is not resolved by Tylenol which has been given every three hours. Question: Is it appropriate to give an NSAID?
Yes, you can. NSAIDs have the same anti-pyretic or anti-fever properties. Double doses of NSAIDs can also be given because they do not have toxic effects on the liver, whether it’s an adult or a pediatric client.
NSAIDs and the Central Nervous System
How does NSAID act on the central nervous system with regards to its antipyretic properties?
NSAIDs act on the on the hypothalamus, the thermo-regulator of the brain. You can remember the hypothalamus by also calling it the “hypothermostat” because one of its primary functions is to control the body’s temperature.
If a client is feverish, NSAIDs will immediately act on the hypothalamus to persuade it to decrease the body’s temperature. NSAIDs cause dilation of the blood vessels which will result in the release of heat from the body.
For this reason, NSAIDs are usually given to clients who are either suffering from inflammation or fever, or both.
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