alginic acid

Foliage-spraying results showed that applications of alginic acid fertilizer could influence the growth of soybean significantly, improve economic properties of soybean obviously, and increase 10.64% yield.

叶面喷施试验结果表明，海藻酸肥料对大豆生长发育有着显著的影响；明显改善了大豆的各种经济性状；

Histology and cytology observation on the rot disease of Laminaria japonica caused by alginic acid decomposing bacteria

褐藻酸降解菌诱发海带病烂的组织细胞学观察

The infection tests showed that the alginic acid decomposing bacteria isolated were the main pathogenic bacteria which caused the rot disease of Laminaria japonica.

感染实验表明，分离到的褐藻酸降解菌为海带幼苗病烂的主要病原菌。

Objective: To investigate the effects of interventional therapy with norcantharidin-alginic acid/ poly acid anhydride microspheres ( N-MS) infusion via hepatic artery on hepatoma in rats.

目的探讨去甲斑蝥素-海藻酸/聚酸酐微球（norcantharidin-alginicacid/polyacidanhydridemicro-spheres，N-MS）介入治疗大鼠肝癌的作用及其机制。

Distribution and reinfection of alginic acid decomposing bacteria on juvenile Laminaria japonica

褐藻酸降解菌在海带（Laminaria Japonica）幼苗藻体表面数量分布特点及其对海带回染的初步研究

Effect of alginic acid decomposing bacteria on Laminaria japonica cloning gametophyte and its medicine control

褐藻酸降解菌对海带配子体克隆的作用及其药物防治研究

Effects of Sucrose Concentration on Alginic Acid Fermentation by Azotobacter vinelandii

糖浓度对维氏固氮菌发酵合成海藻酸的影响

Development of the screw dewatering press for alginic acid production

褐藻酸螺旋脱水机的研制

Studies on Biological Characteristics of Infection-resistant Reaction Against Alginic Acid Decomposing Bacteria in Laminaria Japonica

海带抗褐藻酸降解菌感染反应的生物学特征研究

A research on UV-ray mutation screening of high-yield producing strains of quality alginic acid

紫外线诱变选育优质高产海藻酸产生菌的研究

Meanwhile, the cytological effect of infection by alginic acid decomposing bacteria was analysed in Laminaria japonica.

同时，对褐藻酸降解菌感染引起的海带生理效应和细胞生物学效应进行了初步分析，以期为海带病害的发病机理和病害防治提供基础资料。

Screening of alginic acid decomposing bacteria and its culture conditions

褐藻酸降解菌的筛选及其生长条件

A rapid method for determining moisture of alginic acid and its sodium salt

褐藻酸及其钠盐含水量的快速测定

Studies of alginic acid ⅰ. the preparation of alginic acid and its sodium and ammonium salts

藻酸的研究Ⅰ.藻酸及其铵盐与纳盐的制取

Structure and Properties of Alginic Acid/ Gelatin Blend Films

海藻酸/明胶共混膜结构表征及性能

Antioxidative ability in Laminaria japonic against infection of alginic acid decomposing bacteria in different periods

活性氧在海带抗褐藻酸降解菌感染中不同时期的抗氧化能力

Fig.1.Effect of infection time by alginic acid decomposing bacteria on the production of reactive oxygen species.

图1。褐藻酸降解菌感染时期对海带活性氧产生的影响。

This article summarized the preparation, application and current state of research on alginic acid ( alginate ).

本文概述了海藻酸 ( 盐 ) 的生产 、 应用和研究现状.

The study of the sol& gel phase transition caused by the salt on Alginic Acid

关于盐类对海藻酸的溶胶&凝胶相转移的研究

Then we introduced the producing methods of alginic acid. The methods include chemical method and fermentation.

介绍了海藻酸的生产方法:化学法和发酵法.

This article summarized the preparation, application and current state of research on alginic acid ( alginate).

本文概述了海藻酸（盐）的生产、应用和研究现状。

Difference analysis of infection activity of alginic acid decomposing bacteria infecting Laminaria japonica

褐藻酸降解菌对海带感染能力差异性分析

Studies on alginic acid decomposing bacteria I. action of alginic acid decomposing bacteria and alginase on Laminaria japonica

褐藻酸降解菌的研究&Ⅰ.褐藻酸降解菌与褐藻酸酶对海带藻体的作用

Objective To develop acidophilous milk enriched with alginic acid oligosaccharide.

目的研制富含褐藻酸寡聚糖的酸奶.

Plant-seed is rich in nutrients such as enzymes, vitamin E, unsaturated fatty acid, alginic acid ect.

含有丰富的酶 、 维生素E 、 不饱和脂肪酸 、 海藻酸等营养成分.

The Roles Played by Alginic Acid Decomposing Bacteria During the Time of Green Decay Disease of Laminaria japonica

褐藻酸降解菌在海带绿烂病发生中的作用

The production of reactive oxygen species in Laminaria japonica during infection of alginic acid decomposing bacteria was demonstrated universally.

海带在褐藻酸降解菌感染下活性氧的产生具有普遍性。

Studies on alginic acid decomposing bacteria ⅱ. rot disease of Laminaria summer sporelings caused by alginic acid decomposing bacteria

褐藻酸降解菌的研究Ⅱ.海带夏苗培育中褐藻酸降解菌与烂苗的关系

The production ratio was Laminaran 0.93%, Fucoidin 1.04%, Alginic Acid 17.38%.

得率分别为：褐藻淀粉0.93%，褐藻糖胶1.04%，褐藻酸17.38%。

Objective To optimize the extraction technology of alginic acid in Laminaria japonica Aresch.

目的优选昆布中褐藻酸的最佳提取工艺.