| Keywords: |
review; nonhuman; animal cell; mouse; animal; metabolism; mice; animal experiment; drug effect; central nervous system; drug receptor binding; kinetics; rat; drug derivative; rats; drug monitoring; drug dose; receptor; radioisotope; morphine; respiration; biochemistry; analgesia; mu opiate receptor; receptors, opioid, mu; binding competition; intravenous drug administration; pharmacokinetics; pharmacology; naloxone; opiate receptor; delta opiate receptor; binding, competitive; n allylnormetazocine; receptors, opioid, delta; breathing; enkephalin; leucine enkephalin; drug comparison; ketazocine; receptors, opioid; naloxazone; priority journal; enkephalin, leucine-2-alanine; enkephalins; enkephalin, leucine; enkephalin, leucine 2 alanine; enkephalin[2 alanine 5 leucine]; enkephalin[2 alanine 5 leucine] h 3
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