Székely M, Szolcsányi J
Acta Physiol Acad Sci Hung. 1979;53(4):469-77.
The fever elicited by 10 micrograms/kg intravenous E. coli endotoxin was significantly higher in capsaicin desensitized rats than in controls, but there was an upper limit to the rise in body temperature in both groups. Capsaicin desensitization permitted the participation of various heat producing mechanisms even if the initial body temperature was high. The fever course was characteristically biphasic, similar as in control rats, thus desensitization did not alter the factors mediating the various phases of the endotoxin response.
静脉注射10微克/千克大肠杆菌内毒素引起的发热,辣椒素脱敏大鼠的体温显著高于对照组,但两组体温升高均有上限。即使初始体温较高,辣椒素脱敏也允许各种产热机制参与。发热过程具有典型的双相性,与对照大鼠相似,因此脱敏并未改变介导内毒素反应各阶段的因素。