calcium pantothenate

Preliminary Research on Treatment Method of Calcium Pantothenate Wastewater

泛酸钙废水治理方法初探

The drying characteristic of calcium pantothenate was analyzed , and the drying method was selected .

分析了泛酸钙的干燥特性，进行了干燥方式的选型。

Determination of calcium pantothenate in multivitamin tablets by reverse - phase high performance liquid chromatography

复合维生素片剂中泛酸钙的反相高效液相色谱法测定

The method was applied to the determination of calcium pantothenate in multivitamin tablets .

已用于复合维生素片剂中泛酸钙的测定。

The effect of calcium pantothenate on serum ketone body and free fatty acid content in starved rats

泛酸钙对全饥饿大鼠血清酮体、游离脂肪酸的影响

Determination of meprobamate and calcium pantothenate with ammonia gas - sensing electrode

安宁和泛酸钙的氨气敏电极测定法

Biotin . calcium pantothenate and glucose promoted cell division , callus formation and differentiation .

生物素、泛酸钙和葡萄糖对细胞系的细胞分裂、愈伤组织诱导和分化有促进作用。

A fluidized-bed drying system for calcium pantothenate was designed , in which many effective technologies and means was utilized .

对泛酸钙流化床干燥系统进行了设计计算，在设计中采用了部分气体循环等有针对性的技术。

The synthetical methods and their technological processes of D calcium pantothenate are summarized and the development prospects of it are discussed .

综述了国内外生产D泛酸钙的合成方法及工艺路线，并对其发展前景进行了评述。

Experimental study on the effect of calcium pantothenate on survival time , urea nitrogen excretion , learning and memory in the starved rats and mice

泛酸钙对全饥饿鼠存活时间、尿氮排出与学习记忆影响的实验研究

Applicable only to milk-based infant formula of calcium pantothenate or other free forms of pantothenic acid .

本方法适用于含泛酸钙及游离泛酸的奶基婴幼儿食品。

Preliminary studies on the restoration of ultra-violet irradiated Escherichia coli B by calcium pantothenate , nicotinic acid and adenine

泛酸、烟碱酸和腺嘌呤对紫外线照射后大肠杆菌（EscherichiacoliB）恢复作用的初步研究

CONCLUSION This method can be used as a measure to determine the content of vitamin B2 in the oral liquid of vitamin B complex containing calcium pantothenate .

结论本法可用于复合维生素B泛酸钙口服溶液中维生素B2的含量测定。

Studies on the protection of calcium pantothenate , pyridoxal , folic acid and biotin on heat-exposed Drosophila

泛酸钙、吡哆醛、叶酸及生物素对热暴露果蝇的保护作用

Objective : To investigate the protective effects of calcium pantothenate , pyridoxal , folic acid and biotin on heat-exposed Drosophila melanogaster and the possible mechanism .

目的：观察泛酸钙、吡哆醛、叶酸及生物素四种维生素对热暴露环境下果蝇的平均生存时间的影响，探索其对果蝇保护作用的可能机制。

Results : Calcium pantothenate could prolong the survival time at medium dose 〔 in mice from ( 4.4 ± 1.0 ) d to ( 5.6 ± 1.0 ) d ,( P < 0.05 );

结果：泛酸钙能够延长饥饿大、小鼠的存活时间，其中中剂量组小鼠的存活时间从（4.4±1.0）d延长到（5.6±1.0）d，（P<0.05）；

The production process and application fields of the derivative of pantothenic acid such as calcium pantothenate , panthenol , pantethine are reviewed , and the domestic markets are briefly analyzed .

综述了泛酸系列产品，如泛酸钙、泛醇、泛硫乙胺的生产、应用及消费现状，并预测其市场前景。

Objective : To study the effect of calcium pantothenate on serum ketone body ( KB ) and free fatty acid ( FFA ) content in starved rats , so as to provide scientific basis for preparing nutritional substance to prolong starvation tolerant time .

目的：探讨泛酸钙对全饥饿大鼠可利用能源物质酮体（KB）和游离脂肪酸（FFA）的影响及可能的保护作用，为研制延长饥饿耐受时间的营养剂提供科学依据。