骨胶原蛋白

骨胶原蛋白的制备及性能表征研究进展

Progress on preparation and property characterization of bone collagen

鸡骨胶原蛋白肽的酶法制备及其抗氧化性研究木瓜蛋白酶法制备猪骨胶原多肽工艺条件研究

The Preparation of Hydrolyzed Collagen from Chicken Bone by Enzyme and the Research of Antioxidant Activity

产骨胶原蛋白酶菌的筛选及发酵条件优化的研究

Research on screening strain with bone collagenase and optimizing fermentation conditions

响应曲面法骨胶原蛋白酶解条件的优化

Optimization of Enzymatic Hydrolysis Conditions of Pig Bone Collagen by Response Surface Methodology

骨胶原蛋白酶解工艺及骨营养粉对大鼠补钙功效的研究

Studies on Enzymolysis Technology of Bone Collagen and Effects of Nutrition Bone Powder on Calcium Supplementation of Rat

成份：清纯橄榄精油、藏红花、没药、当归、骨胶原蛋白、桃仁萃取精华等。

Ingredients : pure olive essential oil , saffron , myrrh , angelica , ossein , peach nut seed extract etc.

火鸡骨胶原蛋白多肽口服液最佳配方：火鸡骨胶原蛋白多肽液40%、木糖醇1.0%、蜂蜜5%。

The best conditions of oral liquid of turkey ossein peptide : turkey ossein peptide is 40 % , Xylitol is 1.0 % and honey is 5 % .

鹿骨胶原蛋白胶囊中独有的鹿胶原蛋白成分，能有效地修复血管损伤，增加血管弹性，真正从根本解决血管问题。

The rare deer collagen contained in this product can effectively repair damaged vessel , enhance its elasticity and settle vessel-related problems in a real and radical way .

经常使用，可促进血液循环，有效激活细胞产生骨胶原蛋白，促进皮肤再生，减少皱纹，增强肌肤弹性；

Often used can stimulate blood circulation , and improve the immunity of skin cells to produce collagen which can accelerate its regeneration and let skin become firmer and more elastic .

以提取的火鸡骨胶原蛋白液为原料，探讨了影响火鸡骨胶原蛋白水解度的主要影响因素，优化了酶解工艺条件。得出火鸡骨胶原蛋白多肽口服液最佳配方。

Taking turkey ossein protein solution as materials , it researched on the primary factors which are influential in the ability of turkey ossein protein hydrolyzing , and optimized the conditions of enzyme hydrolyzing , and finally got the best conditions of oral liquid of turkey ossein peptide .

胶原mRNA水平下降可能是氟骨症胶原蛋白水平下降的原因之一。

The down-regulation of mRNA expression might lead to the decrease of the collagen level in fluorosis of bone .

模拟失重大鼠骨非胶原蛋白变化与骨矿盐再分布

Changes in Bone Noncollagenous Proteins and Bone Mineral Redistribution in Tail Suspended Rats

研究结果显示，运动训练使骨中胶原蛋白的合成代谢加快，胶原蛋白含量增加。

The findings showed that the movement training makes in the bone collogen synthesis metabolism to speed up , increases the collogen content .

脱除异种骨中非胶原蛋白的研究

Research on removing noncollagen albumen from xenogeneic bone

周围神经功能性电刺激对实验性骨痂中胶原蛋白代谢及基质钙化的影响

Effects of functional electrical stimulation of peripheral nerve on callus production during experimental fracture healing

表明早期骨痂内胶原蛋白合成量增加，基质钙化迅速、完全，骨性骨痂发生早、骨转化过程缩短。

These indicated that the functional electrical stimulation of peripheral nerve could increase collagen synthesis , accelerate mineralization of collagenous matrix and shorten ossification process in the callus .

经IGF-1的刺激，成骨细胞I型胶原蛋白的表达明显高于对照组（P0.001）；RT-PCR显示在IGF-1干预24小时后，I型胶原蛋白mRNA表达较对照组明显增加（P0.05）。

By IGF-1 stimulation of osteoblast-I collagen protein expression was significantly higher than the control group ( p 0.001 ); RT-PCR showed that after IGF-1 intervention 24h , collagen type I mRNA expression was increased significantly than the control group ( p 0.05 ) . ( 3 ) .

在运动过程中，机械力可以通过刺激骨组织来影响骨胶原蛋白代谢。

In movement process , the mechanical power may through the stimulation bone tissue then influence bone collagen metabolism .

表明健骨二仙丸不仅能增加成骨细胞胶原蛋白地合成，而且能促进非胶原蛋白地表达。促进骨的形成是健骨二仙丸作用的主要机制。

These indicate that the drug can not only facilitate the expressing of collagen protein but also non-collagen protein .

骨钙蛋白还可以和另外一种骨非胶原蛋白一骨桥蛋白结合成复合物形式，这种复合物可促进骨的吸收。骨连蛋白对细胞外基质蛋白之间的相互作用发挥重要作用。

Osteocalcin can also combine with another non-collagen metrical protein-osteopontin to form osteocalcin-osteopontin complex , which can enhance bone resorption .

结果实验组7周肱骨、胫骨骨细胞与骨陷窝均严重分离，异染色质趋边凝聚，细胞器肿胀空化。骨小管数目减少，形态不清晰，骨基质胶原蛋白分泌减少，纤维数目减少，排列连接紊乱。

Results The gaps around the osteocyte became wider , the chromatin congregated , cell organ swelled , the number of bone canaliculus decreased and turned to be illegible , matrix collagen secretion decreased , the fiber scattered and connected irregularly at the 7th week in experimental group .