Hansen E S, Knudsen J
Biosci Rep. 1986 Jan;6(1):31-8. doi: 10.1007/BF01145176.
The maximum thermogenic capacity of brown fat cells from control and cold acclimated rats was measured using a continuous-flow microcalorimetric system. The content of the 32.000 D, brown fat specific protein, thermogenin, was measured in the cells used for heat production measurements by competitive ELISA. The ratio between the maximal thermogenic capacity and the amount of thermogenin for control and cold acclimated rats was compared. It was found that the ratio between the two parameters decreased during cold acclimation due to a decrease in maximal thermogenic capacity and an increase in the amount of thermogenin, indicating regulation of heat production either at thermogenin or receptor level.
使用连续流动微量量热系统测量对照大鼠和冷适应大鼠棕色脂肪细胞的最大产热能力。通过竞争性酶联免疫吸附测定法(ELISA)测量用于产热测量的细胞中32000D棕色脂肪特异性蛋白——产热素的含量。比较对照大鼠和冷适应大鼠的最大产热能力与产热素量之间的比率。结果发现,在冷适应过程中,由于最大产热能力下降和产热素量增加,这两个参数之间的比率降低,表明在产热素或受体水平对产热进行了调节。