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1·Collagen fiber is one kind of animal fiber.

胶原纤维是一种动物纤维。

2·Result:Control(group's) collagen fiber was well-distributed.

发现对照组胶原纤维走行及分布均匀；

3·A novel adsorbent was prepared on the basis of collagen fiber by cross-linking reaction of formaldehyde.

以皮胶原纤维为原料，通过甲醛交联反应制备吸附材料。

4·The technical conditions of dechroming and the preparation of the threadlike collagen fiber were studied.

研究了蓝湿革脱铬工艺及丝状胶原纤维的制备，并对丝状纤维的结构与性能进行了表征。

5·Overdose collagen fiber degradation were accelerated by high-fluorine aquatics, and the bone was sclerosed.

而食入高过量高氟水草加速了胶原降解，使骨骼硬化。

6·FN was placed among the cells, collagen fiber, the bundles of nerve and blood vessel and the amorphous matrix.

FN存在于细胞、胶原纤维、无定形基质和血管神经束之间。

7·Tumor tissue from the spindle cells and collagen fiber bundles cutting through, glass-like degeneration and calcification.

瘤组织由梭形细胞和胶原纤维束交织而成，可发生玻璃样变和钙化。

8·Help to lighten the stain, whiten the color and rebuild collagen fiber layer to make the skin present young and white luster.

同时帮助淡化色斑，净白肤色，重建胶原蛋白纤维层，肌肤绽放年轻白晢的光彩。

9·Collagen fiber damage caused by cyclic leaflet bending may ultimately lead to the observed leaflet tearing, calcification up to failure of BPVs.

由于瓣叶周期性弯曲而造成的胶原纤维损伤会诱发瓣叶撕裂和钙化，直至瓣膜失功。

10·This paper addressed the structure, properties, research progress of the collagen fiber and investigated its use in paper making, textile and polymer hybrid.

介绍了胶原蛋白纤维的结构、性能及其研究进展，并探讨了胶原蛋白在造纸、纺织以及在高分子共混等领域的应用。