PEG-DE caused the condensed structure of sericin films to change.
PEG - DE引起了膜内的丝胶蛋白结晶形态的变化。
In addition, sericin can also repaired the hair damaged evidently.
同时，丝胶对受损头发具有明显的修复效果。
There are relationships between the gumming property of sericin and the gelation.
丝胶的胶着性与胶凝有密切的关系。
The protein composition of sericin have been studied by polyacrylamide gel electrophoresis.
用聚丙烯酰胺凝胶电泳法研究丝胶的蛋白质组成问题。
The result showed that polyethylene glycol diglycidyl ether cross linked sericin obviously.
结果表明，聚乙二醇缩水甘油醚对丝胶蛋白具有明显的交联作用。
Therefore, the improvement of cellulose fabric crease resistance by use of sericin is studied.
因此，我们对丝胶改善纤维素纤维之后抗皱性能方面进行了研究。
A special scouring process used to remove the natural gum sericin from silk is called degum Ming.
清除蚕丝中的天然胶一丝胶的过程叫做脱胶。
A special scouring process used to remove the natural gum, sericin, from silk, is called degumming.
清除蚕丝中的天然胶一丝胶的过程叫做脱胶。
The sericin affinity to the hair and repairing the hair damaged had been researched systematically.
研究丝胶蛋白质对头发的亲和作用和对受损头发的修复作用。
The molecular conformation of silk sericin will be influenced by the mounting environments of cocoons.
上簇环境不同的原料茧必将引起丝胶分子构象发生变化。
A large quantity of sericin exits in the wastewater drained by the producers of silk yarn and silk fabrics.
丝绸厂排放的废水中含有大量的丝胶蛋白。
Sericin is by-product of silk in industry and be processed into sericin polypeptide by degradation treatment.
丝胶蛋白是茧丝绸工业的副产品，经过降解处理后可制成丝胶蛋白多肽。
Different methods for extracting sericin from cocoon-cooking water and waste water in silk mill were compared.
介绍利用煮茧水及缫丝厂的废液提取丝胶的方法，分析不同方法对丝胶的制取及水溶性的影响。
Silk protein consists of silk-gland liquid fibroin and silk sericin as well as fibroin and sericin in the bave.
蚕丝蛋白质包括绢丝腺液状丝素与丝胶，以及茧丝中丝素与丝胶。
The different distilling methods freeze- method and dialyze- method of tussah and silkworm sericin were studied.
应用冰冻法和透析法研究了柞蚕和家蚕丝胶的提取方法。
Sericin, which has very wide applications, and is called to be "noble protein", consists of 18 kinds of amino acid.
丝胶是一种在茧衣中提取出来的蛋白质，由18种氨基酸组成，应用范围非常广泛，有“贵族蛋白质”之称。
Sericin functions as a size in the manufacturing process and is generally removed after the yarn is woven or knitted.
丝胶在纺织加工过程中起着浆料的作用，在经过机织或针织工艺形成织物之后，一般均将丝胶却除。
The results show that sericin protein deteriorates more severely with the increasing temperature and time in the test.
研究表明，丝胶蛋白质经受温度愈高，时间愈长，其所受到的破坏就愈明显。
Research and development of new materials of silk are reviewed and new uses of silk fibroin and sericin are highlighted.
综述了蚕丝新材料的研发现状，着重探讨了丝素、丝胶的新用途，展望了蚕丝新材料的发展前景。
The results showed that the soybean protein fiber properties modified by sericin and cationic agent were improved greatly.
结果表明，用丝胶和阳离子交联剂对大豆蛋白纤维改性，织物的性能明显改善。
The changes of molecular conformation and initial dissolvability of cocoon layer sericin in cocoon drying process is studied.
研究了蚕茧干燥过程中茧层丝胶分子构象及丝胶初期溶解性的变化。
Ten different ways to cleaning polysulfone hollow fiber ultrafiltration membrane fouled by wastewater in sericin plants are studied.
采用十种不同的膜清洗方法对超滤丝厂废水后被污染的中性聚砜中空纤维超滤膜进行了研究。
The results show that the relationship between the reduced viscosity and the concentration of sericin varies from solvent to solvent.
指出丝胶比浓粘度与浓度的关系因介质而异；
Furthermore, the surface of oxidized cotton fiber becomes smooth and the mechanical properties change little after treated with sericin.
且经丝胶处理后氧化棉纤维的表面变得光滑平整，其力学性能基本不变。
The adsorption of sericin at the air water interface was studied by measuring the surface tension of its aqueous solutions as the function of time.
通过测定丝胶溶液的表面张力及其随时间的变化，研究丝胶蛋白质在空气-水界面上的吸附。
The paper mainly introduced the super skin-care functions of the sericin and its application status in the fields of fiber and textiles in the world.
主要介绍了丝胶蛋白优异的护肤功能，以及国内外丝胶蛋白在纤维与纺织品中的应用现状。
The structure changes of silk fiber with different weight gain, by using sericin fixing agent containing rare earth metal ion, were studied in this paper.
用稀土金属离子通过形成配位结合来固着丝胶，制备了不同增重率的丝纤维，研究了增重丝纤维结构变化。
A large amount of sericin protein was synthesized after the 5th day of the last instar and its synthetic activity was the highest on the last day of the 5th instar.
中部丝腺中丝胶蛋白的大量合成，是在五龄5日以后，以熟前一日合成活性最高。
The sericin globule was formed in Golgi complex of the middle silk gland cell and the sericin was released into the gland lumen by the similar way of fibroin fibers.
丝胶小球在中部丝腺细胞的高尔基体中形成，以相似方式释放入腺腔。
The sericin globule was formed in Golgi complex of the middle silk gland cell and the sericin was released into the gland lumen by the similar way of fibroin fibers.
丝胶小球在中部丝腺细胞的高尔基体中形成，以相似方式释放入腺腔。
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