< p > <大胆>目的:< /大胆>各种环境胁迫的影响本地<斜体> api cerana cerana < /斜体>健身在中国引起了强烈的关注。然而,<斜体>的防御反应。cerana cerana < /斜体>不同压力知之甚少。这里,我们旨在阐明监管机制介导的肿瘤的形象光盘(Tid)蛋白质的<斜体>。cerana cerana < /斜体> (AccTid)对压力的反应。< / p > < p > <大胆>方法:< /大胆>我们使用一些生物信息学软件分析Tid的描述。存在,RNA干扰和耐热性检测化验的功能被用来探索Tid在<斜体>的应激反应。cerana cerana < /斜体>。< / p > < p > <大胆>结果:< /大胆> <斜体> AccTid < /斜体>是一个同源基因人类Tid1和<斜体> < /斜体> Tid56果蝇,包含一个守恒J域和属于热休克蛋白DnaJA亚科。<斜体>水平AccTid < /斜体>诱导表达增加下温度上升从40°C到43°C和46°C,和<斜体> AccTid < /斜体>击倒<斜体>的耐热性下降。 cerana cerana, indicating that the upregulation of AccTid plays an important role when A. cerana cerana is exposed to heat stress. Interestingly, contrary to the results of heat stress treatment, the transcriptional level of AccTid was inhibited by cold, H2O2 and some agrochemical stresses and showed no significant change under ultraviolet ray and sodium arsenite stress. These results suggested that the requirement of A. cerana cerana for Tid differs markedly under different stress conditions. In addition, knockdown of AccTid increased the mRNA levels of some Hsps and antioxidant genes. The upregulation of these Hsps and antioxidant genes may be a functional complement of AccTid knockdown.Conclusion:AccTid plays a crucial role in A. cerana cerana stress responses and may mediate oxidative damage caused by various stresses. Our findings will offer fundamental knowledge for further investigations of the defence mechanism of A. cerana cerana against environmental stresses.