The paper introduced production of gelatin hydrolysate from industrial gelatin.
以工业明胶为原料 ,选用优质的肽键断裂剂 ,通过优化设计实验方案 ,确定最佳的实验条件 (温度、水解时间、pH值 ) ,试制出合格的水解明胶。
A novel solid complex of gelatin hydrolysate and cerous chloride was synthesized successfully,and the complex reaction between gelatin hydrolysate and rare earth cerium was verified by FT-IR.
报道了用水相法合成水解明胶铈配合物,采用红外光谱证明了水解明胶与铈的配合反应。
This paper prepared two kinds of gelatin hydrolysate from the seal skin, and studied and analyzed those gelatin hydrolysates.
本论文制备了一种新型的海狗皮水解明胶，并对该产品作了大量的分析与研究。
The soluble glue made in the above conditions had better spinnability and could be spun successfully mean while the fiber had better .
结果表明:浸渍时间大于60 min时可以去除大麻杆浆粕中大量的半纤,磺化反应的最佳时间为100 min;上述条件下制得的溶解胶可纺性能较好,纺丝过程顺利,纺制出的黏胶短纤维基本力学性能良好,证实了大麻杆浆粕作为黏胶短纤维原料的工艺可行性。
In this study,we optimize the plastein synthetic conditions from methionine esters and hydrolyzed gelatin under the catalyzation of papain.
研究了在木瓜蛋白酶作用下蛋氨酸酯与水解明胶进行类蛋白反应的条件,利用单因素实验并通过主成分分析法对几个评价指标进行综合评定,得出最佳反应条件为:氨基酸酯采用蛋氨酸月桂醇酯、底物浓度为4 0 % ,反应时间为6h ,加酶量为0 1%水解明胶,加酯量为0 0 2 5mol/10 0g水解明胶,反应温度为5 5℃,pH为6 0。
Nowadays there are still few studies reported onproducing and applying hydrolyzed gelatin.
水解明胶亦称胶原多肽,是胶原蛋白或明胶经过一定的降解而得到的多肽混合物。
D. Gelatin capsules: Aspirate with a syringe, or capsule may be dissolved in warm water over several minutes. After capsule dissolves, remove its gelatin outer layer.
凝胶胶囊：用注射器抽吸，或用温水溶解胶囊。待胶囊溶解后，除去凝胶外层。
The group of enzymes capable of degrading collagen under physiological conditions are the collagenases.
在生理条件下能降解胶原的一组酶是胶原酶。
Preparation of hydrolisis collagen from freshwater scales by enzymatic hydrolysis
酶解淡水鱼鳞制备水解胶原蛋白的研究
Gelation and rheology of degraded xanthan gum with degraded guar gum
降解黄原胶与降解瓜胶凝胶体系的流变性研究
Regulates collagen metabolism, inhibits collagen synthesis, enhances collagen degradation.
调节胶原代谢,抑制胶原的合成,促进胶原的降解。
To disperse(a precipitate)to form a colloid.
胶溶分解沉淀物形成胶质
PREPARATION OF TeO_2 THIN FILMS FROM TeCl_4 BY NON-HYDROLYTIC SOL-GEL PROCESSING
利用TeCl_4非水解溶胶-凝胶法制备TeO_2薄膜
Low-temperature Non-hydrolytic Sol-gel Synthesis of Aluminum Titanate
低温非水解溶胶-凝胶法制备钛酸铝
How can We Stop Pollution from Plastic Bags
如何解决胶袋污染问题
bond index quicklook
胶结指数快速直观解释
Investigation of the Hydrolysis of Esters Catalyzed by Mimic Hydrolytic Enzymes Using Micelle and Metallomicelle;
胶束与金属胶束模拟水解酶催化酯水解的研究
The development of colloid accumulator(Ⅰ) The study of electric properties of colloid electrolyte
胶体蓄电池的研制(Ⅰ)——胶体电解液电性能的影响
Study on Preparation of TiO_2 Photocatalytic Thin Films via Non-hydrolytic Sol-gel;
非水解溶胶—凝胶法制备TiO_2光催化薄膜的研究
Study on Enzyme-Degrading Reaction of the Collagen and Enzymatic Processing Technology for Making Gelatin;
骨胶原的酶解反应与酶法制胶工艺研究
Preparation of La_xCa_(1-x)MoO_(4+δ) Electrolyte Powders by Sol-gel Method
溶胶-凝胶法制备La_xCa_(1-x)MoO_(4+δ)电解质粉体
Preparation of Double Doped CeO_2- Based Electrolyte Powders by Sol-Gel Method
溶胶-凝胶法制备双掺杂的CeO_2基电解质粉末
Investigation on degradation process of collagens during manufacturing procedure of E′jiao
阿胶生产工艺中胶原蛋白降解过程研究
THERMAL DECOMPOSITION AND CRYSTALLIZATION PROCESS OF ZnO:Al THIN FILMS VIA SOL-GEL ROUTE
溶胶-凝胶法制备ZnO:Al薄膜的热分解及晶化过程