1.
Identification of Maize Low Phytic Acid Inbred Lines and Study of Its Genetics
低植酸玉米自交系的筛选及遗传研究
2.
Generation, Genetic Characteristics and Grain Quality of Low Phytic Acid Germplasm in Maize (Zea Mays L.);
低植酸玉米种质的创新及遗传研究与品质分析
3.
Identification of Maize Low Phytic Acid Inbred Lines and Primary Study of Its Genetic Mechanism;
玉米低植酸自交系的筛选及其遗传机理的初步研究
4.
Characteristics of Low Phytic Acid Maize Mutant and Effect of Nitrogen on Phytic Acid Content and Phosphorous Composition in Maize;
玉米低植酸突变体的主要特性及N素水平对植酸含量与P素组成的影响
5.
Subcellular Localization of Phytase in Transgenic Maize Kernels;
转植酸酶基因玉米中植酸酶的亚细胞定位
6.
Study of Phytase Gene Being Cloning and Maize Being Transformed;
植酸酶基因的克隆及转化玉米的研究
7.
Studies on Transformation of Phytase Gene (phyA) into Maize;
植酸酶基因（phyA）转化玉米的研究
8.
Effects of Low-pH and Acid-aluminum on the Growth of Sweet Corn (Zea mays L. var. rugosa Bonaf.) Seedlings
低pH与酸铝对甜玉米幼苗生长的影响
9.
Study on Phytic Acid P Accumulation Regularity in Maize Seeds and Its Influence Factor;
玉米籽粒植酸磷积累规律及影响因素研究
10.
Construction of Maize Recombination Expression Vector with PhyA Gene Encoding Region from an Aspergillus Niger N25;
黑曲霉N25植酸酶phyA基因玉米表达载体的构建
11.
Function Analysis of (phyA2) Gene Express in Root of Transgenic Maize Plant
转基因玉米植酸酶基因（phyA2）根系表达功能研究
12.
Studies on Precipitation Conditions of Phytase Protein from Transgenic Corn
转基因玉米中植酸酶蛋白沉淀条件探索
13.
Studies on Preparation and Physiological Functions of Xylooligosacchrides from Corncob with Acid-xylanase Hydrolysis;
玉米芯酸酶法制备低聚木糖及其生理功能研究
14.
Reason: combination of high prices for meat and relatively low costs for corn and other feeds that has corn growers grumbling.
理由：玉米和其他饲料价格低而肉类的售价高。 饲料价格偏低引起种植玉米的农民极大的埋怨。
15.
Effect of dietary phytase supplementation on availabilities of protein and amino acidsin broilers
植酸酶对肉鸡“玉米-豆粕”型日粮蛋白质、氨基酸利用率的影响
16.
In Guizhou, rice and wheat are grown in the lowlands, while corn and rapeseed are produced in the uplands.
在贵州，低凹地带种植水稻和小麦，高坡上则出产玉米和油菜。
17.
An ear of this plant.
谷穗，玉米这种植物的穗
18.
The farmer raises chickens and corn.
农夫养鸡和种植玉米。