hsc活化是产生胶原的关键环节。
首先介绍的是胶原的分离纯化及交联。
Firstly, the isolation and purification of collagen and its crosslinking have been introduced.
助攻与骨胶原的形成。
调节胶原代谢，抑制胶原的合成，促进胶原的降解。
Regulates collagen metabolism, inhibits collagen synthesis, enhances collagen degradation.
目的：研究猪巩膜胶原的提取纯化及眼用胶原膜的制备。
OBJECTIVE: To study extraction and purification of collagen from porcine sclera and preparation of collagen membrane.
目的研究可注射性人胎盘胶原的理化性质及临床应用特点。
Objective To investigate the physiochemical property and clinical application of the Injectable Human Placental Collagen (IHPC).
目的：观察人胶质瘤细胞的体外侵袭能力及对胶原的溶解作用。
Objective To investigate the invasion ability and collagenolytic activity of human glioma cells in vitro.
使用视黄醇治疗的皮肤活检标本变化检测，包括粘多糖及胶原的增加。
Changes seen with retinol therapy included an increase in glycosaminoglycan and procollagen in biopsy samples.
增殖性瘢痕组织中胶原蛋白的合成显著增加从而导致胶原的过度沉积。
Overexpression of procollagen gene can cause the extraordinary increase of collagen's synthesis and therefore lead to the keloid and hypertrophic scar.
在本章中我们简要地叙述组织内胶原的结构，生物合成的、降解和调节。
In this chapter we briefly review the structure, biosynthesis, degradation and regulation of collagen in tissues.
在本章中我们简要地叙述组织内胶原的结构，生物合成的、降鲜和调节。
In this chapter we briefly review the structure, biosynthesis, degradation and regulation of collagen in tissues.
本文用差示扫描量热法(dsc)，研究了铬鞣猪皮胶原的热变性过程。
Differential scanning calorimetry (DSC) has been used to study the denaturation of the chrome-tanned pigskin collagen.
目的研究硬皮病成纤维细胞整合素表达对成纤维细胞合成原胶原的影响。
Objective Investigation of the effect of integrin on fibroblasts from scleroderma in the production of procollagen.
MMP1是一种可以降解胶原的酶，而胶原是一种存在于骨骼和软骨的蛋白质。
MMP1 is an enzyme that degrades collagen, a protein found in bone and cartilage.
血清IV型胶原的测定对慢性肝病纤维化严重程度和预后的判断有重要临床意义。
The measurement of serum collagen IV is very important for assessment of grade of hepatic fibrosis and prognosis of chronic hepatitis.
本文将就目前常用交联方法及其对胶原的机械性能、生物学性能的影响作一综述。
The common cross-linking methods and their effects on the mechanical and biologic al property of the collagen are reviewed in this article.
本文采用紫外光谱法研究了阴、阳、非离子型水溶性聚氨酯树脂与胶原的相互作用。
The interaction between aqueous polyurethane resins and collagen was studied in this paper by ultraviolet spectroscopy.
目的从转录水平研究兔日本血吸虫病肝纤维化形成过程中胶原的合成与降解的规律。
Objective to study the role of the synthesis and degradation of collagen at the transcription level during liver fibrogenesis due to schistosomiasis japonica in rabbits.
本文描述了等温应力松驰的检测方法及使用此方法对皮胶原的耐湿热稳定程度的研究。
Current research has been focused on the studies of isothermal tension and its relaxation, its relation and their application on investigation of the hydrothermal stability of skin collagen.
损伤之后，血小板通过被称为黏附的过程黏着于含胶原的皮下组织形成血管内皮内衬。
Following injury to the endothelial lining of blood vessels, platelets adhere to collagen-containing subendothelial tissue by a process called adhesion.
成纤维细胞胶原的合成与分泌、以及正常传代星状细胞细胞内胶原合成也有抑制趋势。
The collagen production and secretionof fibroblasts, the intracellular collagen production of stellate cells was also inhibited to some extent.
它的另一功效是促进真皮层骨胶原的合成，使皮肤恢复弹性，从而更好地预防出现皱纹。
It's another function is to promote the collagen synthesis, so that the skin to restore the elasticity, so as to better prevent wrinkles.
曼彻斯特大学的皮肤学者莱斯利·罗兹说：“食用番茄可增加皮肤中原骨胶原的含量值得关注。
The tomato diet boosted the level of procollagen in the skin significantly.
应用于组织工程，例如皮肤替换、骨替换以及人造血管和瓣膜的替换，就是胶原的重要用途之一。
This article reviews the main applications of collagen in tissue engineering including skin replacement, bone substitutes and artifical blood vessels and valves.
本文对关于改性胶原的铬鞣助剂的研究进展情况进行了回顾，并对今后的发展前景作了简要论述。
The advance of the study of chrome tanning auxiliary agents related to collagen modification was reviewed. The advances and research trend of this field are briefly summarized.
对胶原进行改性和复合，将有助于克服天然胶原的不足，生产出更多的、符合骨组织工程需要的新产品。
To overcome the lack of natural collagen and produce more new products accordant with the needs of tissue engineering, it is needful to modify and compound collagens.
对胶原进行改性和复合，将有助于克服天然胶原的不足，生产出更多的、符合骨组织工程需要的新产品。
To overcome the lack of natural collagen and produce more new products accordant with the needs of tissue engineering, it is needful to modify and compound collagens.
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