International Journal of Neuroscience · 1994 · 13 citations · 15 references
MedicinePharmacologyInflammationPain MedicinePharmacodynamicsAnalgesic PharmacologyAnti-inflammatory PharmacologyInflammation PharmacologyInflammatory PainOpioid AnalgesicsOpioid PharmacologyAnalgesic Anti-inflammatory PharmacologyAnti-inflammatory ActivityAnti-inflammatory ResponseAntioxidant PropertiesOpioid Modulation Of PainOpioid PharmacodynamicsOpioid Receptor AgonistsOpioid Receptor Modulation
The anti-inflammatory activity of two novel opioids PM and PO as well as of pethidine was studied. The mouse paw edema, induced by various phlogistic agents, was significantly inhibited after the administration of opioids, fact that was independent of their antioxidant properties. The anti-inflammatory action of the above opioids was not reversed by naloxone. These results suggest that a variety of complex regulatory activities may be performed by opioid agonists via naloxone-sensitive or naloxone insensitive receptors on inflammatory cells, directly or indirectly by the inhibition of cytokines and mediators involved in inflammation.
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Specific Nonopiate Receptors for β-Endorphin
Eli Hazum, Kwen‐Jen Chang, Pedro Cuatrecasas · Science · 1979 · 412 citations
B-endorphin modulates human immune activity via non-opiate receptor mechanisms
Hulon W. McCain, Ira B. Lamster, Janet M. Bozzone et al. · Life Sciences · 1982 · 233 citations
Opioid binding site in EL-4 thymoma cell line
E Fiorica, Sidney A. Spector · Life Sciences · 1988 · 38 citations