Oxycontin is a time release pain medication that plays a major role in the chronic pain management. It is the one of the strongest pills on the market and basically equivalent to morphine in small amounts, synthesized from opium-derived It works well in males and females. It was developed in 1916 in Germany, as one of several new semi- opioids in an attempt to improve existing medications. Oxycontin is working on the central nervous system When used properly, OxyContin can provide pain relief for up to 12 hours in females or males. Levels of the medication start to decline at 12 hours.
Functions of Oxycontin in the human body
Oxycontin plays an important role in the management of chronic pain. It promotes an increase in feeling better. This medicine controled by the Drug Enforcement Administration (DEA) of the U.S. Department of Justice. One of the many directions dictating a drug's "schedule," amount of regulation, is the medication's potential for abuse . Once a medicine is classified as a controlled substance, it is directed to a formal system and registered, record keeping, distribution results, dispensing amounts, manufacturing security and reports to the DEA ..
The prenatal effect of this medicine usually occurs between 7 and 12 weeks of gestation. Oxycontin levels also rise in the first weeks of life in male infants, although why this occurs is still unknown.
In adults, Oxycontin is also an agonist opioid . Opioid agonists are some of the most effective pain relief medication. Unlike other analgesics, opioid agonists have an increasing pain relief effect with increased doses. Meaning that the more you take, the better you feel. Other analgesics, or acetaminophen, have a basic limit to their effectiveness. The main reason why, particularly for people who suffer chronic pain, a medication like OxyContin can be so effectivel: It can usually provide up to four times the pain relief of a non-opioid medicine, so even the most severe pain can be managed.
Once oxycodone enters the body, it works by stimulating certain opioid receptors that are located
