用高效液相色谱法(HPLC)测定了黄瓜子叶节花芽分化期(0 - 6天)内源激素及多胺的变化。
Changes of endogenous hormones and polyamines (PAs) contents during floral differentiation (0-6 day) in cucumber cotyledonary nodes cultured in vitro were determined by using HPLC.
结果发现，百合花芽分化期可溶性糖和可溶性蛋白质的代谢进程及过氧化物酶（POD）活性与花芽分化进程呈正相关。
The results showed that the processes of metabolism of soluble sugar and soluble protein and the activity of POD were positively correlated with that of flower bud differentiation.
叶绿素含量测定显示，抗性株叶片在花芽分化期、盛花期和衰老期总叶绿素含量分别是对照株的1.47、2.26和2.60倍。
The chlorophyll contents were genetic tranformation 1.47-, 2.26-, 2.60-fold of those in the controls at the flower bud differentiation, the blooming florescence and the senescence phases respectively.
通过对2 0世纪后半叶的荔枝产量和气候资料的统计分析，确定了气候对荔枝花芽分化影响最大的关键期及气候指标。
Based on the statistic analysis of the lychee yield and climate data in the last 50 years of 20 century, the key stage and temperature index in the lychee bud differentiation is determined.
通过对2 0世纪后半叶的荔枝产量和气候资料的统计分析，确定了气候对荔枝花芽分化影响最大的关键期及气候指标。
Based on the statistic analysis of the lychee yield and climate data in the last 50 years of 20 century, the key stage and temperature index in the lychee bud differentiation is determined.
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