测定丝素纤维的结晶度和取向度。
To detect the crystallinity and orientation of fibroin fibers.
再生丝素纤维的体外酶降解率。
The in vitro enzyme degradation rate of regenerated fibroin fibers.
测定再生丝素纤维的力学性能。
To detect the mechanic properties of regenerated fibroin fibers.
共混膜内聚氨酯能阻止丝素蛋白质的结晶。
The polyurethane in the membrane can prevent the crystallization of silk fibroin.
随着丝素浓度增加，丝素凝胶的弹性增加；
The elasticity of fibroin gel improved as protein concentration increased.
丝素蛋白在生物材料方面有非常广阔的应用前景。
Fibroin protein will have a extensively wide USES on biomaterial.
免疫细胞化学染色显示附着于丝素上的细胞为神经元。
The stretched cells on the silk fibroin are neurons that were identified by immunocytochemistry.
原代心肌细胞在天然和再生丝素纤维上生长得非常少。
However, myocardium cells on the regenerated and natural silk were less.
介绍了中药丝素膜的制备方法及其物理性能和释药性能。
Describes the preparation, physical property and medicine releasability of the traditional Chinese medicine fibroin film.
结果表明，丝素膜主要是以物理方式附着在粘胶纤维上。
The result indicates that silk fibroin membrane mostly cling to viscose fibre by physics mode.
综述了丝素蛋白质结构和其作为生物材料的最新研究进展。
The recent developments of silk fibroin in configuration and as materials in biomaterials and in biomedicine have been reviewed.
研究了不同纺丝条件下，静电纺再生丝素纤维的直径分布。
The diameter distributions of ERSF spun at various spinning conditions were investigated.
光或热处理均会破坏丝素中色氨酸，使色氨酸含量明显下降。
Light exposure and dry heating treatment destroy tryptophan and reduce tryptophan content in fibroin.
分析了茧丝的品种与产地对丝素结晶度和取向度的影响程度。
The effects of varieties and producing areas of cocoon silk on the crystallinity and orientation are analyzed.
探讨了丝素蛋白膜加工工艺及影响因素，并概述了其主要应用。
Mainly discuss the process techniques and effect factors of silk fibroin film, and primary applications are also summarized.
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。
Silk protein consists of silk-gland liquid fibroin and silk sericin as well as fibroin and sericin in the bave.
丝素膜的力学性能表明，丝素蛋白溶液不适宜直接做皮革涂饰用。
The mechanical properties of pure SF film shows that SF solution cannot be used as finishing agent directly.
经红外光谱分析知，丝素与壳聚糖只是物理混合，两者处于相容状态。
Analysis by infrared spectrum indicated that silk fibroin and chitosan were physically blended and compatible with each other.
用丝素蛋白对棉织物进行整理，研究整理前后棉织物的各项性能变化。
Cotton fabric was treated by fibroin and the property changes of the cotton fabric were studied.
阐述了丝素蛋白的组成、结构、性质和制备方法，及其综合利用现状。
The composition, structure, property, preparation and current situation of comprehensive utilization of silk fibroin have been reviewed in this paper.
将蚕丝丝素水溶液与水性聚氨酯充分混合后，可制得均匀的共混致密膜。
The even compact silk fibroin - polyurethane blend film can be prepared by fully blending silk fibroin solution with water polyurethane.
本文综述了国内外学者在丝素的结构、性能尤其在共混方面的研究及成果。
Recent research and result in structure, properties and blend films of silk fibroin were summarized in this paper.
目的：探讨人血管内皮细胞在等离子体处理后的丝素蛋白膜表面的生长情况。
Object:To investigate the growth of human endothelial cells on the culture matrix of plasma-treated silk fibroin.
结果发现：浓度和剪切作用是影响再生丝素蛋白水溶液性质的两个重要因素。
It was found that concentration and shear force are two important factors that affect the property of the solution.
丝素是一种性能优良的天然高分子，在生物、医药等很多方面有着广泛的应用。
Silk fibroin, which is a good functional nature polymer, is very suitable for use as biomaterial and medical material.
丝素作为一种天然蛋白质在医学和食品等行业中的应用开发研究具有深远的意义。
The development research on application of silk fibroin, a kind of natural resource, in medicine, foodstuff and otherwise has great profound significance in practice.
丝腺腔内的液状丝素中分布着大小不同的液泡，这些液泡是由后部丝腺细胞分泌而成。
The liquid silk in gland lumen contained numerous vacuoles with various sizes, which were secreted from the posterior silk gland cells.
从丝素膜的溶解性及红外吸收光谱变化中，分析了有机溶剂对丝素蛋白质溶液的影响。
The change of fibroin protein influenced by organic solute was analysed with the solubility of fibroin film and change of infrared absorption spectrum.
丝素整理能够改善棉织物的尺寸稳定性、耐磨性、 抗折皱回复性、抗弯刚度等性能。
The finishing can improve the shrinking rate, wearability, crease - resistant and bend - resistant of the cotton fabric.
经实验表明，多孔丝素蛋白膜作为一种生物材料，已经具备了人造皮肤在这方面的要求。
It has been made clear by experiments that silk fibroin membrane has met the needs of man made skin as one kind of biomaterial.
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