PubMed · 8226208
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P Boge. 1993-08-01. Pain control.. https://pubmed.ncbi.nlm.nih.gov/8226208/
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Changes of the stinging response threshold of Apis mellifera scutellata were measured on foragers fixed on a holder and stimulated with an electric shock as a noxious stimulus. The threshold of responsiveness to the noxious stimulus increased when bees were previously stimulated with isopentyl acetate, which is a main component of the alarm pheromone of the sting chamber. This effect is antagonised by previous injection of naloxone-hydrochloride (Endo Laboratories Inc.). Results suggest that in the honeybee an endogenous opioid system activated by isopentyl acetate is responsible for modulation of perception for nociceptive stimuli. The resulting stress-induced analgesia in the defender bee would reduce its probability of withdrawal thus increasing its efficiency against enemies.
A control group of 15 patients undergoing breast surgery was given general anesthesia. In 15 other patients an interpleural block with 0.4 ml/kg bupivacaine, 0.5%, was performed 20 minutes before induction of general anesthesia for pre-emptive analgesia. This was extended further by continuous administration of bupivacaine 0.25%, 0.125 ml/kg/hr by automatic infusion pump, with supplements of opiates for postoperative pain management. The combined technique was associated with significantly reduced perioperative opiate requirement with better emergence from anesthesia, fewer side effects, a prolonged pain-free period, and overall better quality of postoperative recovery.
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