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1)  leafy maize
多叶玉米
1.
A, leafy maize had 8-25 leaves ab.
本研究以多叶材料的6组自交系(按穗上叶片数的不同,每个自交系分为8叶、9叶、10叶、11叶、12叶)为亲本,采用6×6不完全双列杂交法共配制75个杂交组合(只包括F_1的正交),分析了多叶玉米主要性状的配合力、平均优势及相关性。
2.
Using the incomplete diallel cross,6 inbred lines and 15 hybrids,all of which were from 6 groups leafy maize,were conducted as materials to analyze the combining abilities,average heterosis and correlation of their main characters.
以多叶材料的6个自交系为材料,采用不完全双列杂交法配制了15个杂交组合(只包括F1的正交),分析了多叶玉米主要性状的配合力、平均优势及相关性。
2)  corn-bract
玉米苞叶
1.
Study on the extracting craft of flavonoids in corn-bracts with ultrasonic and colorimetry, the best distilled conditions were: the ultrasonic power 700W, the extracting temperature 60OC , the proportion (mL/g) of materials 1 : 50, the concentration of ethanol 60%, the extracting times 35min, the most rate of total flavonoids 1.
运用超声波技术提取玉米苞叶中总黄酮,并用亚硝酸钠—硝酸铝比色法测定总黄酮含量, 得出提取玉米苞叶总黄酮最佳工艺条件:超声波功率700W,提取温度60℃,料液比(g/mL)1:50, 乙醇浓度60%,提取时间35 min,玉米苞叶中总黄酮最大提取率为1。
3)  Corn bract
玉米苞叶
1.
Corn bract reduces the leukocyte apoptosis and CD_(44) expression in rabbits with atherosclerosis;
玉米苞叶降低动脉硬化家兔白细胞凋亡及CD_(44)表达
2.
Results:Corn bract could reduce the levels of serum TC,TG,VLDL as compared with the model group.
目的:观察玉米苞叶煎剂对食饵性高血脂大鼠主动脉内皮细胞凋亡的干预作用及血清NO、ET水平的影响。
4)  corn leaf
玉米叶片
1.
Morphology measure and 3D reconstruction of corn leaf based on machine vision;
基于立体视觉的玉米叶片形态测量与三维重建
2.
Through close observation and research on the morphological formation, as well as growth rules of corn leaf, and combined with some knowledge in agriculture the mathematic model for changes on morphology in corn leaf was brought forward.
为了更好地进行玉米叶片几何造型模拟,基于对玉米叶片形态建成过程的观测研究,首先提取了玉米叶片形态结构和形态建成过程的主要特征,然后构建了参数化的玉米叶片几何模型。
5)  maize blades
玉米叶片
1.
The mathematical model of maize blades was established by analyzing the actually measured data.
本论文通过实际测定的玉米型态数据,采用数值分析方法进行数值模拟,建立了玉米叶片及植株形态的数学模型,并应用模型绘出了叶片主脉及边缘的三次样条拟合合成效果图。
6)  corn leaves
玉米叶片
1.
The results showed that:(ⅰ)in a specific range of water stress ,peroxidase activity in corn leaves increased with the decline of soil water content,however,enzymatic activity decreased when the water stress was overwhelmed;(ⅱ)there was variation of enzymatic activity of corn leaves grown in dry red soil and ve.
结果表明 :①在一定的水分胁迫范围内 ,玉米叶片的过氧化物酶活性随着土壤含水量的降低而升高 ,但过度胁迫时 ,酶活性降低 ;②随着土壤含水量降低 ,燥土和变性土上生长的玉米叶片的酶活性的变化规律略有差异 ,这与二者的土壤物理性质有关 ;③施肥处理 [T (N 10 0mg+P2 O5170mg +K2 O 6 0mg/kg干土 ) ;Z (NPK +Zn10mg/kg干土 ) ;M (5 2 g干牛粪 /kg干土+NPK) ]和栽培方式对玉米叶片的酶活性有影
补充资料:玉米朊,玉米醇溶蛋白
CAS:9010-66-6

中文名称: 玉米朊;玉米朊,玉米醇溶蛋白

英文名称: zein;zeins
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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