2020/11/20 0:00:00 YAN Wei-Yu, ZHAO Fang-Yuan, MENG Ya-Ping 10true 2020/11/20 0:00:00 XU An-Le, DONG Bing-Xue, PENG Xiao-Han, XU Qi-Yun, LI Zhi-Gang 9true 2020/11/20 0:00:00 LIU Nan-Nan, ZHANG Fa, XU Kai, WANG Yong-Sheng, NIU Qing-Sheng 8true 2020/11/20 0:00:00 LI Xin-Yu, MA Wei-Hua, LI Li-Xin, SHEN Jin-Shan, DU Ya-Li, LONG Deng-Long, ZHANG Qi, LIU Jin-Jia, WANG Chun-Mei, LAN Jun, FENG Yu-Jia, JIANG Yu-Suo 7true 2020/11/20 0:00:00 GUO Li-Na, ZHAO Hui-Ting, REN You-She, XU Bing, JIANG Yu-Suo 6true 2022/9/23 15:55:44 YE Liang, SHI Teng-Fei, LIU Peng, ZHU Yu-Jie, LI Lai, YU Lin-Sheng 5true 2022/9/23 15:55:44 ZHAO Ling, YAN Zhen-Xiong, PU Yong-Sheng, LI Qiang, MA Li 4true 2022/9/23 15:55:44 ZHUANG Ming-Liang, LI Jian-Fei, WANG Zhi, NIU Qing-Sheng, CHEN Dong-Hai, WANG Jin-Zhou, GE Peng, LI Zhi-Yong, WANG Qi 3true 0.05) of movable-frame breeding honeybee was lower than that of primitive breeding honeybee, while the glycerol content was significantly higher than that of primitive breeding honeybee (P<0.05). There were significant differences in the activities of SOD, CAT and POD between movable-frame breeding honeybee and primitive breeding honeybee in different stage. The total antioxidant capacity of movable-frame breeding honeybee was significantly higher than primitive breeding honeybee (P<0.05). During the natural overwintering period, honeybee increased cold resistance by reducing the content of free water and increasing the content of glycerol, and meanwhile stored a large amount of glycogen and protein for energy consumption. At the same time, antioxidant enzymes played a synergistic role in reducing the oxidative stress response caused by low temperature stimulation during the overwintering peirod.]]> 2022/9/23 15:55:44 SU Xiao-Ling, CHEN Dao-Yin, ZHAO Dong-Xu, HUA Qi-Yun, LUO Gu-Hui 2true 2022/9/23 15:55:44 ZHAO Jin-Yu, LONG Jian-Kun, DAVID Tembong-Cham, CHEN Xiang-Sheng, CHANG Zhi-Min 1true