Ascorbate acid ( AsA) is a major antioxidant in plants.

A Preliminary Study on a New Production Technique of Calcium Ascorbate& A Feed Supplement to Valuable Fish

珍贵鱼类饲料添加剂&抗坏血酸钙生产新工艺的初步研究

Physiological and Molecular Mechanism of Ascorbate Formation and Accumulation in Apple and Kiwifruit

苹果和猕猴桃抗坏血酸形成与积累的生理和分子机理研究

Study on the synthesis of ascorbate phosphate ester Zn

Vc－磷酸酯锌的合成研究

Effect of Ascorbate specific H_2O_2 scavenging on Tolerance to Iron Toxicity in Rice

水稻依赖抗坏血酸H2O2清除系统在抗铁毒中的作用

Tests on acute toxicity of rare earth ascorbate in fishes

抗坏血酸稀土对鱼类的急性毒性试验

In their paper, the researchers also showed that these high ascorbate concentrations could be achieved in people.

在论文中，研究人员也表示了这种抗坏血酸的高浓度在人体是可以达到的。

Therefore, it has practical significance to study the role of ascorbate in resistance and its mechanism.

因此研究抗坏血酸在参与植物的抗性中的作用及其机理无疑具有重要的现实意义。

Functional Mechanism and Enzymatic and Molecular Characteristic of Ascorbate Peroxidase in Plants

植物抗坏血酸过氧化物酶的作用机制、酶学及分子特性

Relationship between Oxalate Accumulation and Ascorbate Content in Plant Leaves

植物叶片中抗坏血酸含量与草酸积累的关系

Study the Stability Effects of Sodium Ascorbate on Packaging Materials

包材对维生素C钠的稳定性影响研究

In the case series, ascorbate was given orally and intravenously, but in the trials ascorbate was just given orally.

在一系列病例中，抗坏血酸被口服和静脉注射给药，但是在试验中抗坏血酸盐仅口服给药。

Pharmacologic doses of ascorbate act as a prooxidant and decrease growth of aggressive tumor xenografts in mice.

抗坏血酸盐在药理学剂量下做为促氧化剂起作用并且减少小鼠中移植侵入性肿瘤的生长。

To cultivate ( land or plants ).

栽种培植(植物 ), 整治 ( 土地)

Cultivate land has knowledge greatly.

种地大有学问.

Passenger: " I am cultivate land, come down from countryside. "

乘客: “ 我是种地的, 从乡下来. ”

Cultivation area, has a long history.

栽培面积大, 历史悠久.

Its main source could be divided into two kinds of states: in partly villages and towns of Minghe and Ledu counties with corn planting, the sources mainly were the procreant perithecium and ascospore on the corn stubbles and ones stalks;

其主要来源可分为2种情况：民和、乐都县有玉米种植的部分乡镇，初侵染来源主要是玉米根茬和秸秆上产生的子囊壳和子囊孢子；

The identification results showed that disease head percent and disease index of most varieties ( lines) by ascospore identification had higher than by conidia identification, showed that pathogenicity of sexual generation had higher than pathogenicity of a sexual generation.

结果表明，多数品种（系）用子囊孢子接种的病穗率和病情指数比用分生孢子接种的病穗率和病情指数略高，说明有性世代的致病性比无性世代的致病性强。

The cultural temperature was advantageous to the formation of conidia in 30 ° 37 ° C and ascospore below 30C.

30～37℃下培养，利于分生孢子产生，在30℃以下，利于子囊孢子产生。

The isolation of pure culture by using hyphal, stipe, stroma and ascospore obtained the pure culture of conidium phase.

用虫草的虫体、菌柄、子座、及子囊孢子进行了纯培养分离，结果获得了分生孢子阶段的真菌的纯培养物。