The effect of Tb3+ ion on the Activity Index (RZ=A403/A275) of HRP was investigated by a combination of ultraviolet-visible, FT-infrared and X-ray photoelectron spectroscopic techniques. It was found that Tb3+ ion cou...The effect of Tb3+ ion on the Activity Index (RZ=A403/A275) of HRP was investigated by a combination of ultraviolet-visible, FT-infrared and X-ray photoelectron spectroscopic techniques. It was found that Tb3+ ion could bond to the O and/or N group of the amides in the polypeptide chains of HRP, leading to a decrease in the enzymatic activity index of HRP.展开更多
以自繁的百合小鳞茎‘Siberia’为材料，研究不同因素处理下种球活力指数的变化特征。结果表明：－2℃、2℃低温处理诱导了抽薹，加快小鳞茎活力的表达，处理135～165 d 为最佳活力表达期；5～8 g 大规格的小鳞茎整体活力较强；培养周...以自繁的百合小鳞茎‘Siberia’为材料，研究不同因素处理下种球活力指数的变化特征。结果表明：－2℃、2℃低温处理诱导了抽薹，加快小鳞茎活力的表达，处理135～165 d 为最佳活力表达期；5～8 g 大规格的小鳞茎整体活力较强；培养周期超过5．5个月可获得较高活力的小鳞茎；二次回归正交旋转组合分析，37℃＋3 h 热激处理下小鳞茎活力指数表现最优，热激处理为小鳞茎的低温春化提供了保护和储能基础。展开更多
文摘The effect of Tb3+ ion on the Activity Index (RZ=A403/A275) of HRP was investigated by a combination of ultraviolet-visible, FT-infrared and X-ray photoelectron spectroscopic techniques. It was found that Tb3+ ion could bond to the O and/or N group of the amides in the polypeptide chains of HRP, leading to a decrease in the enzymatic activity index of HRP.
文摘以自繁的百合小鳞茎‘Siberia’为材料，研究不同因素处理下种球活力指数的变化特征。结果表明：－2℃、2℃低温处理诱导了抽薹，加快小鳞茎活力的表达，处理135～165 d 为最佳活力表达期；5～8 g 大规格的小鳞茎整体活力较强；培养周期超过5．5个月可获得较高活力的小鳞茎；二次回归正交旋转组合分析，37℃＋3 h 热激处理下小鳞茎活力指数表现最优，热激处理为小鳞茎的低温春化提供了保护和储能基础。
