collagen fiber造句

• Collagen fibers appear in the wound .
  在伤口中出现了胶原纤维。
• Properties of the collagen fiber and its application
  胶原蛋白纤维的性能与应用
• Applicafion of collagen fiber on papermaking
  胶原纤维及其在造纸行业中的应用
• Structure and shapes of collagen fiber and its papermaking performance
  胶原纤维结构形态及造纸性能
• Study on the preference of collagen fiber from waste leather mixed with cellulose fiber
  碎皮胶原纤维配抄性能的研究
• Study on the physical property of composite material of collagen fiber and cellulose fiber
  胶原纤维与植物纤维复合抄片的物理性能的研究
• When skin is injured the weave - like structure of collagen fibers , the skin ' s glue , is destroyed
  一旦受伤，皮肤的胶原纤维组织及胶质均会遭到损伤。
• 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。
• Oxidize collagen fiber and cause lost of skin elasticity and wrinkles cause aging of fibroblast cells thus delaying collagen production
  老化纤维细胞，危害制造胶原的机能使皮肤缺乏弹性。
• As people age , their body tissue accumulates collagen fibers , which causes tissue - - including heart muscle and arteries - - to become more stiff
  随着年龄的增长，人体内胶原纤维不断积累，胶原纤维能导致人体组织包括心肌和动脉硬化。
• Previously , oi was known only as a genetic disorder in the formation of collagen fibers , the protein framework of which bone and cartilage are built
  早先成骨不全（ oi ）只被认为是胶原纤维形成中的遗传性障碍，胶原纤维是骨软骨构建的蛋白质框架。
• Histological findings of the skin include flat dermal - epidermal junction , thinned dermis with compactly arranged collagen fibers , and hypoplastic appendage structures
  皮肤的组织学检查发现包括平坦的真皮表皮交界，变薄的真皮有著紧密排列的胶原纤维，及发育不全的附属器构造。
• Sometimes all it takes to break a bone is a step in the wrong direction or , more specifically , a force applied in the same direction as the line - up of the nano - size collagen fibers that give bone its strength
  有时候，骨折只是一步而已，就是在错误方向用力，或者是一排纳米大小的胶原纤维更为特殊地在同一个方向对骨骼用力。
• When the violence is not too great to break the structure of collagen fibers network , chondrocytes under the network are first distured , furthermore , the structrue of cartilage is damaged and development of oa is inevitable
  由此，本文提出一种骨关节病的发病机制，即在胶原网架结构完整的情况下，持续较小外力可先使胶原网架内的软骨细胞发生改变，然后造成胶原网架的破坏，再导致骨关节病的发生。
• Liver fiber is changed is to show the connective tissue inside liver is unusually proliferous , this hyperplasia reachs matrix part with collagen fiber , stretch fiber amino polysaccharide hyperplasia is given priority to , but with collagen fiber hyperplasia more outstanding
  肝纤维化是指肝内结缔组织异常增生，此增生以胶原纤维、弹性纤维及基质成分氨基多糖增生为主，但以胶原纤维增生更为突出。
• However , cartilage degenerative changes were found histologically and histochemically . 15 to 30 days after operation , under sem , articular cartilage surface showed collagen fibers network were exposed and broken , the typical degeneration changes of oa were observed histochemically and histologically
  结果表明：术后5 10天时，在扫描电镜显示关节软骨表面的胶原网架结构完整情况下，软骨细胞及基质中蛋白多糖已有明显变化。
• With powerful cells activating function , the product can activate fiber cells in cuticle , assist to produce proteoglycan , obviously remove wrinkles and firm droopy skin , assist to firm cuticle , improve collagen fiber , make skin firm and rich persistently
  能强力赋活真皮纤维细胞，帮助核心蛋白聚糖的生成，显著改善肌肤皱纹、松弛现象，有助于真皮的即效回复，快速补充其弹性，增强胶原纤维，持续保持肌肤紧实而富有弹性，制造出充盈紧致的肌肤。
• The finding , detailed in a report published online yesterday by nature materials , explains how bones avoid most fractures by stopping the propagation of perpendicular forces : the collagen fibers line up against the hard edge of a table you run into and spread its blunt force out
  最近，这些发现详细地发布在《自然物质》的网上报道中，解释了骨骼怎样通过阻止垂直力的传送避免绝大部分的骨折：胶原纤维对着你撞到的一个骨板坚硬的边缘排列并施展它的钝弱的力量。
• Using the method of exercising the medial collateral ligament and extirpating the medial meniscus , an animal model of early osteoarthritis ( oa ) is produced to study the changes of cartilage degeneration and the pathogenesis of early oa . 5 to 10 days after operation , under scanning electron microscope ( sem ) , articular cartilage surface showed collagen fibers network was intact
  运用切断内侧副韧带及切除内侧半月板的方法，制作兔早期骨关节病动物模型，研究早期骨关节病的病理变化以及探讨早期骨关节病的发病机制。
• Apart from the finding of the synovial membrane and collagen fiber bunches of the menisci observed by former researchers , using the method of sem , the author observed the holes at the surface of the menisci and the small holes and interspaces in the collagen fibers and the collagen fiber bunches likewise
  摘要采用扫描电镜的方法，除了观察到以前学者所发现的半月板的滑膜被覆、胶原纤维等，也观察到半月板表面有孔状结构，其内部胶原纤维间及胶原纤维束间有小孔或空隙存在。