生物钙

生物钙的吸收利用动物实验研究

An experimental study on absorption and utilization of bio - calcium

生物钙在人体内的吸收和利用实验研究

An experimental study on absorption and utilization of Bio-calcium by human body

生物钙法好氧污泥颗粒化条件研究

Study on the conditions of aerobic sludge granulation of biological calcium process

制备生物钙强化剂工艺条件探讨

The preparation technology of biological calcium strengthening agent

添加混合果汁的生物钙剂中钙的吸收利用率的研究

The Experimental Study on Absorption and Utilization of Calcium from Oyster Shell Powder Mixed with Fruit Juice

探讨了在常压下水介质中，使用直接法通过由硬脂酸与氢氧化钙反应，制得高质量生物钙强化剂的各种工艺条件。

By a specific process , high quality calcium stearate was prepared by reaction of calcium hydroxide with stearic acid in water under morphemic pressure .

这样不但生产成本高，而且还造成了酸性条件下导致甲壳素的降解，生物钙、蛋白等宝贵资源浪费和严重的环境污染。

So not only have high price of production , but also lead to the degradation of chitin that caused by acidic conditions , and waste precious resources of biological calcium and protein , seriously pollute the environment .

食用丝状真菌富集的钙，为易被人体吸收的有机钙或氨基酸钙，经适当处理后有望成为一种制备新型生物钙制剂的原材料，具有极大的开发潜力；

The calcium enriched by edible filamental fungus is organic calcium or amino acid calcium that can be absorbed easily . The calcium is considered to be the raw and processed materials of preparing a new pattern biological calcium preparation after proper treatment .

一种制备仿生生物活性钙磷涂层的新方法

A Novel Method for Preparing Biomimetic Bioactive Calcium Phosphate Coatings

强化生物碳酸钙的小麦粉的品质研究

A Study on Quality of Wheat Flour Enriched with Biotype Calcium Carbonate

生物医用钙磷酸盐微晶玻璃

Calcium Phosphate Glass - Ceramics for Biomedical Applications

对黄海10个站位表层生物碳酸钙骨骸的氧、碳同位素进行了研究，涉及到的生物有介形类，底栖有孔虫，瓣鳃类、腹足类和苔藓虫等，其中有孔虫又分属分种进行测试。

O - and C-isotope characteristics of organism skeletons in 10 sites have been studied .

其中，高浓度的生物高钙菌剂对木枣较适宜，低浓度的生物高钙菌剂对赞皇枣较适宜。

Mu-jujube is more appropriate for high concentrations of biological high-calcium agents , Zanhuang-jujube is suitable for low concentrations .

几种蛋白酶对鮟鱇鱼骨中生物活性钙富集的比较分析东海区黄鮟鱇资源状况的初步探讨

Comparison with Several Protease to Enrich Biological Active Calcium from Goosefish bone Preliminary research on stock of Lophius litulon in the East China Sea region

实验采用选取中性蛋白酶、木瓜蛋白酶和胰蛋白酶作用于鮟鱇鱼骨，研究了富集鮟鱇鱼骨中生物活性钙的最佳工艺条件。

The optimal technology conditions were studied to enrich biological active calcium from goosefish bone by neutral protease , papain , pancreatic and pepsin enzyme .

生物碳酸钙是自然界中分布最广泛的一类生物矿物，其主要组成除了无机相的碳酸钙以外，还含有少量的有机质。

Biogenic calcium carbonate is one of the most widely distributed biominerals in nature , which the main component is inorganic phase of calcium carbonate and a small amount of organic phase is involved either .

利用以生物素标记钙调素为探针的凝胶覆盖技术检测动物体液中胞外钙调素结合蛋白（CaMBP）。

Using gel overlay techniques , we detected extracellular calmodulin-binding proteins ( CaMBPs ) with biotinylated calmodulin in body fluid of animal .

广西隆林祥播中二叠世生物礁的钙藻化石

Calcareous algae from Permian reefs of longlin , guangxi , China

可生物降解磷酸钙及复合材料的制备及性能研究

Preparation and Properties of Biodegradable Calcium Phosphates and Their Composites

六种生物制剂中钙、钾、镉的测定

Determination of Calcium , Potassium and Cadmium in Six Biologicals

介绍了电化学方法制备生物活性磷酸钙陶瓷的原理、工艺进展；

The principium and technical evolvement of bioactive ceramic coating prepared by electrochemical process are introduced .

目的：采用可降解的生物活性材料钙磷陶瓷人工骨置于膜管内、骨断端间。观察其引导性骨再生的效果，探讨机理。

To observe the result and explore the mechanism of guided bone regeneration with polylactic acid membrane plus tricalcium phosphate ceramics .

此方法可应用于食品以及生物样品中钙[1]的连续测定，简便、快速，结果令人满意。

This mothod can be applied to the successive determination of calcium in food and biology sample , it is rapid , precise and satisfactory .

对生物成因碳酸钙而言，普遍认为其非晶的前驱体相是在生物有机大分子和无机离子共同作用下形成的。

In terms of biogenic calcium carbonate minerals , amorphous precursor phase is generally considered to be formed under the joint regulation of biological macromolecules and inorganic ions .

电化学方法开创制备生物活性磷酸钙陶瓷新途径，由于操作简单、条件可控等多方面的优点日益引起重视。

The electrochemical method is a new way of preparing bioactive ceramic coating and draws more and more attention for many advantages such as simple in operation and convenient to control process conditions .

将该法应用于生物化工产品丙酸钙、动物蛋白粉等中痕量锰的测定，加标回收率105%，10次测定RSD为4.6%。

This method was applied to determination of trace manganese in some biochemical products with a satisfactory results . The recovery rate of standard addition is 105 % and the RSD is 4.6 % .

食用丝状真菌F2的生物量、富钙率均较高，且富含蛋白质、维生素，并含有丰富的氨基酸，用于钙的富集有较大的实用价值，是一种较理想的富钙菌种；

F2 , an edible filamental fungus , is abundant in biomass and can enrich calcium highly . So it is a perfect fungus containing much protein , vitamine and all kinds of amino acids .

鉴于钙离子的重要作用，需要有完善的分析技术来测量完整组织细胞内的钙离子浓度，其中~（19）F-NMR是一种能无损伤检测生物组织细胞内钙离子浓度的理想方法。

Because of its important functions , there is increasing demand for flawless analytical techniques for measuring intracellular calcium in intact viable tissues , in which ~ 19F-NMR is a non-invasive technique which allows us to examine the intracellular free calcium ion inside living tissue .

生物酶水解植酸钙提取肌醇研究

Study on drawing inositol from phytin by hydrolysis enzyme method

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。

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