甲壳质是一种丰富的天然资源。
目的探讨甲壳质的抗真菌作用。
结论甲壳质衍生物能促进骨折修复愈合。
Conclusion The chitin derivatives could promote fracture healing.
报导甲壳质用作食用合成色素载体的研究。
甲壳质脱乙酰度的高低直接影响到壳聚糖的性质。
Deacetylation degree has direct effect on properties of chitosan.
甲壳质脱乙酰度的高低直接影响到壳聚糖的性质。
甲壳质还可用于制作印染助剂和无甲醛织物整理剂。
Besides, chitin can also be used in making dyeing and printing auxiliary and finishing agent of formaldehydeless fabrics.
在碱性条件下用环氧丙烷对甲壳质进行了改性研究。
Chitin modified with propylene oxide under alkaline conditions was described.
结果表明：羧甲基甲壳质具有良好的吸湿和保湿性能。
The result shows that the carboxymethyl chitin has better hygroscopicity and moisture-retention.
介绍了用于医用敷料的甲壳质水刺法非织造布的加工方法。
Process method of chitin spunlaced nonwoven used for medical dressing is introduced in the paper.
以上表明甲壳质适宜作为食用合成色素新型载体用于粮油食品。
Thus, chitin is suitable as a new carrier for synthetic food dyes in cereal and oil foods.
方法先由龙虾壳制备甲壳质，经盐酸水解得d氨基葡萄糖盐酸盐。
MethodsChitin was prepared from lobster. D glucosamine was obtained from chitin through hydrolysis.
纳米甲壳质及其衍生物粒径更微细化，使得其美容护肤效果更佳。
The particle diameters of the nano chitin and the derivative thereof are further reduced, so the skin care effect is also improved.
目的探讨脱乙酰甲壳质生物套管小间隙桥接周围神经损伤的可行性。
Objective To investigate the possibility of bridging small peripheral nerve gap using a de-acetyl chitosan conduit.
本发明涉及一种甲壳质或其衍生物与聚乙烯醇共混纤维及其制造方法。
The invention relates to a blend fiber of chitin or a derivative thereof and polyvinyl alcohol and a manufacture method thereof.
目的探讨硫酸化甲壳质对鼻咽癌cne - 2 Z细胞增殖和周期的影响。
Objective To observe the impact of sulfated chitin on cell proliferation and cell cycle in nasopharyngeal cell line CNE-2Z.
研究了甲壳质、光聚糖的制备方法，控制条件以及游离胺基、脱乙酰度的计算。
This article researches into the production methods and control conditions about chitin and chitosan. Moreover, it also studies the calculation of dissociative amidocyanogen and deacetylated chitin.
该纳米甲壳质及其衍生物分为胶体溶液产品和粉状产品两种，全溶于冷水和热水。
The nano chitin and the derivative thereof are divided into colloid solution products and powdery products, and are fully dissolved in cold water and hot water.
近几年来甲壳质、壳聚糖在医药、环保、纺织、印染、造纸等领域中得到广泛的应用。
In recent years, chitin and chitosan have been used widely in the fields of medicine, environmental protection, spinning and weaving, printing and dyeing, papermaking and so on.
这些生物就无法使用钙元素去修复他们的壳，JBL通过研究已经发现甲壳质被加强的纤维素。
These species have no calcium built into the chitin shell. JBL research has found that the chitin is built up of cellulose.
目的探讨甲壳质衍生物在骨折愈合中的作用，并进一步探究甲壳质衍生物对骨折愈合的作用机制。
Objective To study the effect of derivative of chitin on fracture healing and further investigate its therapetic mechanism.
本文综述了甲壳质及其衍生物在医药领域的应用，包括在医用敷料、眼科材料及药物制剂方面的应用。
This paper reviews the application of chitin and its derivatives in medicine, including medical dressing, ophthalmic materials and pharmaceutical preparations.
本发明纳米甲壳质及其衍生物在日用化妆品中应用时，在香皂类产品的添加比例为0.01% - 5%。
When the nano chitin and the derivative thereof are used in daily cosmetics, the adding ratio is from 0.01% to 5% for soap class products.
果蝇和黄蜂的翅膀其实是由两层压缩的透明甲壳质组成，每层甲壳质都能够在内部对光线进行折射，从而产生出各种色彩。
Wasp and fly wings are made from two compressed layers of transparent chitin, with light bouncing off both layers and mixing to produce color.
通过与虾、蟹甲壳质性能对比，对蛹皮甲壳质的性能进行了分析和研究，并对影响蛹皮甲壳质的性能因素进行了探讨。
Properties of chitin from pupa skin were studied and analysed by comparing the chitin from shrimps and crabs.
通过与虾、蟹甲壳质性能对比，对蛹皮甲壳质的性能进行了分析和研究，并对影响蛹皮甲壳质的性能因素进行了探讨。
Properties of chitin from pupa skin were studied and analysed by comparing the chitin from shrimps and crabs. Then the factors that influence the properties of chitin from pupa skin are (discussed).
高强度甲壳质类纤维可被应用于医用缝合线、正骨材料、人体组织工程材料、医用纤维纸、伤口敷料、抗菌用纺织品等领域。
High strength chitin fiber can be used in medical suture, bone-setting material, body tissue rebuilding material, medical paper, wound dressing and anti-bacteria fabric fields.
介绍了甲壳质的结构、生物合成、甲壳质及甲壳质纤维在医疗保健方面的产品开发和应用以及甲壳质及甲壳质纤维的降解性能。
The molecular structure of chitin, chitin fiber production and performance requirements and production processes of chitin nonwoven medical dressings were introduced.
本文主要对蛹皮制的甲壳质和虾蟹制的甲壳质，在工艺加工过程和性能上作了比较和分析，从而进一步确认用蛹皮制甲壳素是可行的。
A comparison and analysis on the properties and the processing methods of the chitin obtained from pupa skin and from prawn -crab were made.
本文主要对蛹皮制的甲壳质和虾蟹制的甲壳质，在工艺加工过程和性能上作了比较和分析，从而进一步确认用蛹皮制甲壳素是可行的。
A comparison and analysis on the properties and the processing methods of the chitin obtained from pupa skin and from prawn -crab were made.
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