强调了在明胶生产和水解明胶生产中几个重要问题。
And then the several important questions was dressed in which the process of gelatin and hydrolytic gelatin existed.
本实验对改性水解明胶的流变学性质、热力学性质进行了研究。
Rheology properties and thermodynamics properties of the denaturalized hydrolyzed gelatin were studied in this paper.
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。
This paper prepared two kinds of gelatin hydrolysate from the seal skin, and studied and analyzed those gelatin hydrolysates.
在不同的温度下，用as1.398中性蛋白酶制备水解明胶，甲醛滴定法测定明胶的水解程度。
The preparation of gelatin hydrolyzed with AS1. 398 neutral protease at different temperatures. The hydrolysis degree was tested by means of formaldehyde titration.
不能发酵葡萄糖、果糖、七叶灵、苦杏仁苷、阿拉伯糖、乳糖、甘露糖、核糖、蔗糖，木糖、鼠李糖、甘露醇、肌醇和山梨醇等。不能水解明胶。
They can't ferment glucose, fructose, esculin, amygdalin, arabinose, lactose, mannose, ribose, sucrose, xylose, raffinose, mannitol, inositol, sorbitol and gelatin.
本文探讨了FDNB、紫外分光光度法、甲醛反应滴定法、粘度法测定明胶水解程度的可能性，并对他们作了一定的研究。
In this paper, FDNB method, UV-spectrophotometry, Formaldehyde reaction-titration method and Viscometry were tried to use in measuring the gelatin hydrolysis degree in the process of the reaction.
通过应用酶制剂提取制革羊皮脚科中的明胶和水解蛋白的试验，对其作用机理进行了探讨。
Through the experiments of extracting the gelatin and hydrolytic protein from the offal of goatskin by enzyme during leather processing, and the effect mechanism is also discussed in this paper.
由于胶原、明胶和水解胶原蛋白制备工艺的差异，造成它们在结构和性能上存在较大的差别。
There are many differences in structures and properties among collagen, gelatin and collagen hydrolysate because of different preparation processes.
采用厌氧水解—硝化反硝化二级SBR工艺处理明胶生产废水。
The two-stage SBR process of anaerobic hydrolysis/nitrification and denitrification was used to treat wastewater from gelatin production.
用不同制备工艺从牛皮中制备胶原、明胶和胶原水解物。
Collagen, gelatin and collagen hydrolysate were prepared from bovine skins in different preparative processes.
以制革固体废弃物为原料，通过氧化配合法脱铬、水解，制得优质明胶，考察了影响反应的因素。
The fine gelatin is prepared by chrome removal of oxidation combination method and hydrolysis with solid leather wastes as raw material.
明胶是动物体中的胶原蛋白质经适度水解和热变性而得到的水溶性高分子物质。
Gelatin, a kind of protein obtained from hydrolyzed and denatured animal skin, is a kind of bio-polymer with good water-solubility.
其次，尝试使用工业明胶为原材料，以磷酸为催化剂，探讨最佳的水解条件，控制反应程度。
Second, try to use industry gelatin as the raw materials, with phosphoric acid as the catalyst to explorer the best hydrolysis conditions, to control the degree of the reaction.
结缔组织中坚韧的胶原蛋白质在长时间加热后完全水解成可溶的明胶，利于消化；
The resilience of the collagen in the connective tissue protein in the long heated complete hydrolysis into soluble gelatin, conducive to digestion;
用粘度法研究了明胶浓度、反应温度和柠檬酸用量等因素对明胶酸水解反应初速率的影响；
The effects for acid hydrolysis of gelatin from the various factors including weight concentration of gelatin, reaction temperature and amount of added acid, etc. are studied by the viscosity method.
建立了明胶酸水解反应初速率与酸量的关系。
The linear relationship between initial rate of acid hydrolysis of gelatin and concentration of acid is given.
研究了棉饼、人发、明胶、鱼粉等几种天然蛋白水解物对A3钢在硫酸介质中的缓蚀行为。
Corrosion inhibition performances of several natural protein hydrolysates such as cottonseed cake, human hair, gelatin and fish meal for A3 carbon steel in sulphuric acid medium were researched.
研究了棉饼、人发、明胶、鱼粉等几种天然蛋白水解物对A3钢在硫酸介质中的缓蚀行为。
Corrosion inhibition performances of several natural protein hydrolysates such as cottonseed cake, human hair, gelatin and fish meal for A3 carbon steel in sulphuric acid medium were researched.
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