摘要
使用 45 μg/mL的啤酒废酵母核酸降解物处理龙眼后 ,与对照相比叶片厚度增加了 16 .80 % ,叶片鲜比重 (mg/cm2 )增加了 14.15 % ,叶片干比重 (mg/cm2 )增加了 32 .12 % ,叶绿素a增加了 6 8.88% ,叶绿素b增加了 2 7.5 0 % ,叶绿素总量增加了 5 6 .10 % .使用 40 μg/mL的核酸降解物处理后 ,能增加龙眼雌花量 ,提高雌雄花比 .座果数比对照增加了183.94% ,单株产量增加 12 8.94% .单果重增加 2 6 .5 7% ,可食率增加 11.2 9% ,可溶性固型物增加 9.5 1% ,维生素C增加14.97% ,明显地改善了龙眼的果实品质 .表 3参
After spraying with 45 μ g/mL RNA hydrolyzate of discarded brewery yeast, longan ( Dimocarpus longana Lour.) leaf thickness increased by 16.80%, leaf fresh specific weight by 14.15%, leaf dry specific weight by 32.12%, chlorophyll a by 68.88 % and chlorophyll b by 27.50%. After spraying with 40 μ g/mL, longan female flowers increased and fruits bearing rate rose by 183.94 %. The fruit output of each tree increased by 128.94%.Some other increments were found, such as the average weight of single fruit by 26.57 %, the rate of edible part by 11.29%, solid substances by 9.51% and vitaminc by 14.97%. The quality of longan fruits was thus improved distinctly. Tab 3, Ref 11
出处
《应用与环境生物学报》
CAS
CSCD
2001年第3期232-235,共4页
Chinese Journal of Applied and Environmental Biology
基金
福建省教委科研基金资助项目 (编号K950 1 7)
关键词
啤酒废酵母
核酸降解物
龙眼
植物生长调节剂
discarded brewery yeast
RNA hydrolyzate
Dimocarpus longana Lour.
plant regulator
