calcium alginate

Aim To investigate the advantages and disadvantages of calcium alginate on microcarrier culture of fetus articular chondrocytes.

目的观察胎儿关节软骨细胞在藻酸钙微载体培养中的特征，探讨用藻酸钙微载体培养胎儿关节软骨细胞的优缺点。

Objective To investigate the preparation technique and optimal formulation of breviscapine calcium alginate gel beads ( BCAGB ).

目的考察灯盏花素海藻酸钙凝胶小球的制备工艺和最优处方.

After fixing, the cell remains activity, and PVA-calcium alginate ball is quite substantial and durable.

细胞经固定后仍保持活力, PVA一藻酸钙盐珠非常结实耐用.

Effects of Different Concentrations of Calcium Alginate on Culture of Cartilage Cells in vitro

不同浓度藻酸钙复合软骨细胞体外培养的实验研究

OBJECTIVE Calcium alginate microsphere was prepared to decrease the percutaneous penetration of DEET for sustained release.

透皮试验结果表明，海藻酸钙空白微球能延长DEET的释放，减少皮肤渗透。

METHODS: Ketoconazole calcium alginate gel beads were prepared by droplet method.

目的: 考察酮康唑海藻酸钙凝胶小球的制备工艺和最优处方.

In this paper, diclofenac sodium ( DFS) was chosen as model drug to prepare calcium alginate gel microspheres and chitosan-alginate sustained release microspheres. Release characteristics were investigated respectively in order to obtain new sustained-release dosage form with little gastro-intestinal tract irritation.

本文选择双氯芬酸钠（DFS）为模型药物，分别制备了海藻酸钙凝胶微球和壳聚糖-海藻酸钠缓释微球，并进行了各项考察，以期获得胃肠刺激较小的新型缓释制剂。

Comparison of the properties of calcium alginate wound dressing and cotton gauze

海藻酸钙医用敷料与普通棉纱布的性能比较

the properties of sucrase, immobilized in calcium alginate beads, were primarily studied. the results indicated that the optimum ph and temperature were 4.3 and 60 ℃ respectively for immobilized sucrase.

利用海藻酸钙凝胶球的包埋作用制备固定化蔗糖酶，并对其性质进行了初步研究，结果表明，游离酶被固定化后，最适pH值为4.0，最适温度为60℃。

Patients were divided into test and control groups. Patients of test group were given calcium alginate dressing to tampon the nasal cavity. ON THE STUDY OF SPINNING POWER IN COTTON RING FRAME

方法：采用随机分组，观察组用藻酸钙敷料填塞手术鼻腔，对照组用凡士林纱条填塞鼻腔。关于环锭细纱机纺纱动力的分析探讨

Tannase ( TA) was immobilized by calcium alginate gel. 60 6% of TA was recovered.

采用海藻酸钙凝胶对单宁酶进行固定化，酶活力回收率高达60.6%。

The preparation conditions of calcium alginate microcapsule and influence factors were studied.

研究了海藻酸钙微胶囊的制备条件和影响因素.

The results show that the optimun strain, carrier and multiplication media are Saccharomyces 1300, calcium alginate gel and saccharified liquid of dried sweet potato respectively.

研究结果表明：固定化菌株以南阳五号酵母（Saccharomyces1300）、载体以海藻酸钙、增殖培养基以薯干糖化液为佳；

the calcium alginate microspheres for lung targeting were prepared by emulsion method. the mean diameter of the microspheres was ( 12.2 ± 8.9) μ m. the swelling rate was 150% in water for injection and the 24h erosion rate was about 60% in saline.

采用乳化法制备肺靶向海藻酸钙微球，制品平均粒径（12.2±8.9）μm，在注射用水中的溶胀率约150%，在生理盐水中24h累积溶蚀率约60%。