KnowraOpioidLinked fromLinked fromThe 35 pages that link to Opioid, each with the reason it gives.All 35Broader topic 4Related 7Narrower topic 10Compared with 14Nonsteroidal anti-inflammatory drugCompared with: Opioids relieve pain without suppressing prostaglandin production.Local anestheticCompared with: Opioids modulate pain signaling rather than directly blocking nerve sodium channels.AcetaminophenCompared with: Acetaminophen is often paired with opioids but does not share their receptor action or characteristic dependence risks.ParacetamolCompared with: Paracetamol can complement opioids for pain relief without itself acting as an opioid.BarbiturateCompared with: Opioids are not barbiturates, but combining them can intensify respiratory depression.GabapentinCompared with: Opioids relieve pain through a different receptor system and carry distinct risks; combined use with gabapentin can increase sedation and respiratory depression.MethamphetamineCompared with: Opioids are depressants with different receptor targets, though they may be used alongside stimulants.StimulantCompared with: Opioids primarily alter pain and reward pathways rather than producing stimulant-like activation.AlprazolamCompared with: Opioids and alprazolam have distinct mechanisms but can amplify each other’s respiratory risks.PregabalinCompared with: Pregabalin is not an opioid, though combining it with opioids can increase sedation and breathing risks.MetamizoleCompared with: Metamizole can relieve pain without acting as an opioid, though it is not a substitute in every case.TemazepamCompared with: Combining opioids with temazepam can cause profound sedation and respiratory depression.DepressantCompared with: Opioids are not usually classified as depressants, but their respiratory effects compound depressant toxicity.BromazepamCompared with: Combining bromazepam with opioids can greatly increase sedation and the risk of fatal respiratory depression.