UC知道一篇医学英文文献，是和我课题相关的，自己翻译出来总是觉的不通顺，哪位高手能帮忙翻译一下？
来源：百度知道 编辑：UC知道 时间：2024/06/05 17:32:28
Tissue Regeneration using a Human Acellular Tissue Matrix：A Histological Perspective
（one part）
INTRODUCTION
Mesenchymal connective tissue is responsible for a variety of functions in the adult human. Connective tissue structure and physiology is established during development and is thought to be maintained through a process of intrinsic tissue regeneration. Mesenchymal stem cells present in the bone marrow are believed to enter the circulation in small quantities and exist within tissues to provide a rapid source of cells for tissue repair. When these cells adhere to the extracellular matrix in a tissue or organ through the integrin class of cell surface receptors
binding to specific adhesion sites within the matrix, they are believed to commit to a more specialized path of differentiation by responding to local growth factors, morphogens, and cytokines, and even biomechanical forces. Once the differentiation has occurred, the cells begin remodeling and restoring
（one part）
INTRODUCTION
Mesenchymal connective tissue is responsible for a variety of functions in the adult human. Connective tissue structure and physiology is established during development and is thought to be maintained through a process of intrinsic tissue regeneration. Mesenchymal stem cells present in the bone marrow are believed to enter the circulation in small quantities and exist within tissues to provide a rapid source of cells for tissue repair. When these cells adhere to the extracellular matrix in a tissue or organ through the integrin class of cell surface receptors
binding to specific adhesion sites within the matrix, they are believed to commit to a more specialized path of differentiation by responding to local growth factors, morphogens, and cytokines, and even biomechanical forces. Once the differentiation has occurred, the cells begin remodeling and restoring
组织再生利用人类脱细胞组织基质：学的角度
（一部份）
导言
间充质结缔组织负责多种功能，在成人。结缔组织结构和生理期间建立的是发展和被认为是维持经历一个过程的内在组织再生。间充质干细胞存在于骨髓，相信是进入流通的数量不多，和存在的组织提供一个快速的来源细胞组织修复。当这些细胞坚持以细胞外基质在一个组织或器官，通过整合类细胞表面受体
具有约束力的具体粘附的网站矩阵，他们认为，承诺一个更加专业化的道路，分化的回应本地生长因子， morphogens ，和细胞因子，甚至生物力学力量。一旦发生了分化，细胞开始重塑和恢复矩阵内部的组织。一些研究表明组织损伤或伤口过程中发生的胎儿发育可能会修复此再生机制，因为胎儿的伤口愈合，似乎没有发生瘢痕形成。
0the三个关键选民组织再生术是一个完整的支架与适当的初步的生物力学特性和能力，以支持再生愈合过程中，适当的生长因子固定在支架，可以刺激细胞分化，增殖和迁移，并最终细胞的能力作出反应的生长因子和生物力学的刺激。作为新的再生组织达到一个成熟的细胞和血管的地位，驻地细胞应对生物和物理刺激重塑初步脚手架成为一个功能性，代谢性组织执行的功能，原有的组织之前损伤。据推测，如果脚手架包含适当的结构和生化成分，并有能力履行作为脚手架在本土组织，再生进程应导致一重塑和过渡到适当的组织，这将专文件的几个例子轶事人体临床
活检表明它是有可能的，以取代组织内部的一种缺陷，通过再生和转型期。在每个下面的例子中，为起始原料，是一种可再生的组织矩阵（ RTM中）制作，从真皮由一个进程，删除目标，急性免疫排斥反应，即产品的主要组织相容性复合基因（肌球蛋白重链） ，同时保留生化及建筑等方面的细胞和vasculaturecan成长，在最小的炎症来自修复愈合。