Call 800-429-5210 toll-free to speak with a drug abuse counselor.
Chat Let's Talk: Click To Chat Call Now: 24Hr Addiction Hotline 800-429-5210 Email We'll Call You: Contact Us

What Drugs are Opiates?

We can help you find local opiate addiction treatment, call 800-429-5210 for a free referral.

Most all opiates are modeled after opium, nature’s natural pain-relieving agent. According to the Institute for Substance Abuse Treatment Evaluation, some opiates come directly from the opium plant while others exist as synthetically-made agents that produce similar effects.

While the question “what drugs are opiates” may seem to be fairly straight-forward, this drug class includes a wide range a drugs, both legal and illegal. The different types of drugs in this class can also be used for various treatment purposes.

Analgesics

oxycontin opiate

Oxycontin, a common opiate, is a prescription pain medication.

Analgesics are typically the first class of drugs to come to mind when someone asks “what drugs are opiates.” This category of opiates encompasses the broad spectrum of prescription pain medications, some of which include:

  • Lortab
  • OxyContin
  • Percocet
  • Percodan
  • Demerol
  • Dilaudid

Technically speaking, heroin and opium also belong in this category though these drugs have no medicinal value as far as analgesics go.

According to the National Institute on Drug Abuse, analgesics work by blocking pain sensations from reaching the brain’s sensory regions. They do this by activating certain key brain cell sites, which release neurotransmitter chemicals, such as serotonin, dopamine and norepinephrine.

Analgesics also have a chemical make-up that’s similar to the brain’s own neurotransmitter chemicals. As a result, these drugs integrate easily within the brain’s chemical system.

This similarity also accounts for why these drugs carry such a high risk for abuse and addiction. In terms of what drugs are opiates, this category sits at the top of the list.

Opiate Addiction Treatment Medications

Chronic opiate addictions cause widespread damage to the brain’s chemical system. Opiate addiction treatment medications support damaged brain cell processes and help restore a normal chemical balance.

When asking “what drugs are opiates,” many people don’t realize that a number of addiction treatment medications actually contain opiate compounds. In effect, opiate-based treatments enable addicts to wean off the harmful effects of addictive opiates.

Full Agonists

Agonist-type addiction treatments work in much the same way as analgesics, only these drugs deliver controlled effects at a slow-release rate. The two most commonly used full agonist agents include methadone and LAMM. When considering opiate addiction treatment medications, knowing what drugs are opiates can help a person make an informed decision as these drugs do carry a mild addiction risk.

Partial Agonists

Partial agonist-type addiction treatments also produce opiate effects in the brain at a slow-release rate. Partial agonists differ from full agonists in that partial agonists carry a “ceiling effect” once dosage amounts reach a certain level. After this point, the drug’s opiate effect levels off.

This ceiling effect makes for a less addictive treatment drug than full agonists like methadone and LAMM. When it comes to addiction treatment, knowing what drugs are opiates can come in handy, especially in cases where there’s a high risk of becoming addicted to the treatment drug.

Partial agonists commonly used include:

  • Buspirone
  • Aripiprazole
  • Buprenorphine
  • Norclozapine
Antagonists

Antagonist-type addiction treatments serve a different purpose in recovery, as these drugs work to block the effects of addictive opiates in the event a person relapses. Instead of activating brain cell sites, antagonists occupy site receptors and keep agonist-type opiates from activating chemical secretions.

Antagonist drugs used in opiate addiction treatment include:

  • Nalorphine
  • Naltrexone
  • Levallorphan
  • Naloxone

Ultimately, what drugs are opiates has as much to do with the types of cell sites a drug interacts with as it does the effects it produces.

Pin It on Pinterest

Shares