体温调节中枢

tǐ wēn tiáo jié zhōnɡ shū
  • Thermoregulation center;thermotaxic center
体温调节中枢体温调节中枢
  1. 如果外在环境变冷,体表会将这一信息传递给身体的体温调节中枢。

    If our environment cools , then messages from the skin alert the body 's thermostat .

  2. 视前区下丘脑前部(POAH)是机体最重要的体温调节中枢。

    The preoptic anterior hypothalamus ( POAH ) is a principal center for body temperature regulation .

  3. 结论:实验结果表明AVP参与了酵母致大鼠发热的发热反应,影响体温调节中枢解热介质AVP代谢,增加其含量,从而抑制体温调节点上移是清热中药解热作用机理之一。

    CONCLUSION : The first , AVP in rat hypothalamus played a role in fever caused by yeast . The second , affecting metabolism of antipyretic central medium AVP , raising its content and suppressing going up of temperature regulation point was one of antipyretic mechanism of clearing-heat herbs .

  4. 磷脂酰肌醇代谢对体温调节中枢胆碱能受体功能的调节作用

    Modulatory effect of phosphatidylinositol turnover on cholinergic receptors in thermoregulation center

  5. 清热中药对大鼠体温调节中枢Na~+/Ca~(2+)的影响

    Effect of clearing heat herbs on Na ~ + / Ca ~ 2 + in rat hypothalamus

  6. 下丘脑视前区和下丘脑前区为恒温动物的体温调节中枢。

    It is well know that the preoptic and anterior hypothalamus is the heat regulating center of homeotherm .

  7. 实验结果表明降低体温调节中枢Na~+/Ca~(2+),从而抑制体温调定点上移是清热中药的解热作用机理之一。

    The results showed that reducing Na + / Ca2 + in the temperature regulation center was one of antipyretic mechanism of clearing-heat herbs .

  8. 因为人睡后肌肉松弛、毛细血管扩张、汗孔张大,体温调节中枢功能减退、易患感冒或其他疾病;

    Because people sleep after muscle relaxation , telangiectasia , porokeratosis large , central temperature regulation function , easy to catch a cold or other diseases ;

  9. 其原因可能是体温调节中枢功能紊乱、热源刺刺激,气温过高或体温逸散功能受损。

    It may be caused by malfuncton of the temperature regulating center , the response of the center to a pyrogen , exposure to a very high environmental temperature , or impaired dissipation .

  10. 结论幼鼠完全性睡眠剥夺的早期即出现体温显著下降,较早显现体温调节中枢的失衡,并且体格发育受到显著影响。

    ConclusionThe temperature regulation imbalance of young rat shows up in the earlier stage of sleep deprivation and the growth and development of young rats are also severe affected .

  11. 而注入氯丙嗪、酚妥拉明(α受体阻断剂)能降低伤寒杆菌内毒素致热的家兔体温,提示氯丙嗪的降温作用与阻断体温调节中枢α受体有关。

    This suggests that the hypothermal effect of chlorpromazine is related to the blocking a receptor of the temperature regulation center .