创伤修复

chuānɡ shānɡ xiū fù
  • wound repair
创伤修复创伤修复
  1. 抑制原癌基因c-fos表达对创伤修复的影响

    Effect of c-fos antibody on the expression of basic fibroblast growth factor mRNA and wound repair

  2. 提示:在局部创伤修复过程中存在TNF、MDA、SOD的变化;

    The results suggest that in the process of wound repair there are influential changes in the contents of TNF , MDA and SOD .

  3. 神经肽P物质,影响皮肤创伤修复的双刃剑

    Neuropeptide Substance P , a Double-edged Sword Affecting Repair of Cutaneous Trauma

  4. 构建创伤修复相关基因p21表达载体

    Construction of gene p21 expression vector related to trauma repair

  5. 中医药对创伤修复作用的Meta分析

    Meta Analysis of Traumatic Repair by Chinese Medicine

  6. 纤维连接蛋白Ⅲ(CS)片段的剪接、表达以及与创伤修复的关系

    The alternative splicing & expression of fibronectin ⅲ _ ( CS ) segment and its relationship with wound healing

  7. 三种复合BMP的骨移植材料对膝关节韧带创伤修复的研究

    Use of Three Different Bone Grafts Loaded with BMP in Reconstruction of Ligaments in Knee Trauma

  8. 研究表明APP在细胞生长、细胞粘附、突起生长、突触发生、创伤修复等多方面有多种功能。

    Researches revealed that APP had multiple functions in cell growth , cell adhesion , neuritic outgrowth , synaptogenesis and wound repairment .

  9. 但bFGF在促进创伤修复、粘膜愈合的同时又与组织的癌变及肿瘤的扩散有直接关系。

    BFGF can'promote wound restoration and mucosa concrescence , whereas it has direct association with carcinogenesis and diffusion of tumor .

  10. 在此基础上,观察伤后1d伤口液对真皮多能干细胞贴壁力和迁移力等与创伤修复密切相关的指标变化。

    The abilities of attachment and migration of dermal pluripotent stem cells stimulated by wound fluid of 1 st day were observed .

  11. 结论炎症反应存在于创伤修复的全过程,但EGF局部应用对全身炎性反应的影响不大。

    Conclusion Inflammation was present in the whole process of wound healing , and local using of EGF had insignificant effect on system inflammation .

  12. 转化生长因子-β(transforminggrowthfactor-β,TGF-β)作为一种生长因子,在角膜创伤修复,特别是角膜上皮修复中发挥的生物学效应和作用机理成为近年来研究的热点。

    It is a new research focused on transforming growth factor - β( TGF - β), whose biological action and mechanism of action play an important role in corneal wound healing , specially in corneal epithelium wound healing .

  13. 目的:观察抗感染喷剂对大鼠皮肤创伤修复模型修复面积及肉芽组织中表皮生长因子(EGF)表达的影响。

    Objective : To observe the effect of Kangganran spray on repaired area and expression of EGF in wounded tissue of skin injury model rats .

  14. 目的介绍骨髓基质细胞(Marrowstromalcells,MSCs)基因表达与其生物学特性、诱导分化、基因治疗、造血调控和创伤修复中的炎症反应等方面的研究进展。

    Objective To review the advances in gene expression of marrow stromal cells ( MSCs ) in biological characteristic , differentiation , gene therapy , supporting hematopoiesis , inflammation reaction in wound repair .

  15. 人牙周膜细胞(humanperiodontalligamentcell,hPDLC)作为牙周组织中的主要功能细胞,具有多向分化潜能,在创伤修复和组织再生中发挥着重要作用。

    It has been showed that human periodontal ligament cell ( hPDLC ) is a kind of polyclonal cells and play a great part in the course of periodontium reconstruction .

  16. 在新闻网站Mic上,拉赫尔·格拉特(RachelGrate)提到了一个新西兰团队的研究项目,该研究说明写作联系可能有助于创伤修复。

    At the news website Mic , Rachel Grate cites research by a team from New Zealand showing that writing exercises may aid wound healing .

  17. 我们前期的动物在体实验显示,SP对组织修复起促进作用,该作用可能与创伤修复成分细胞内源性生长因子及其受体的表达有关。

    Our earlier studys in vivo showed that SP could promote wound healing and this effect may be fulfilled through regulating repairing cells intrinsic growth factors and receptors expressions .

  18. 目的:探讨骨髓间质干细胞(MSC)移植对心肌梗死后创伤修复的影响,为临床MSC移植提供理论基础。

    Objective : To study the effect of bone marrow-derived mesenchymal stem cell transplantation on wound repair after myocardial infarction and provide the theoretical basics for MSC transplantation .

  19. 另外,已证实CTGF还具有诱导血管生成、参与组织细胞的创伤修复以及诱导细胞凋亡等一系列生物学功能。

    In addition , CTGF also induce angiogenesis , wound repair in tissue cells and induction of apoptosis and a series of biological functions .

  20. 血管生成(angiogenesis)是指机体在发育过程中或创伤修复、缺血缺氧和炎症等情况下,原有内皮细胞(EndothelialCell,EC)经过出芽、迁移、增殖与基质重塑等形成新生毛细血管的过程。

    Angiogenesis is the process that new capillaries from existing vessel are formed by sprouting , migration , proliferation of endothelial cell ( EC ) and extracellular matrix remodelling during wound healing , inflammation , ischemia and tissue anoxia .

  21. 结论皮肤创伤修复过程中IL-10在不同表达部位的变化特点与皮肤损伤时间相关,检测其表达变化可望用于损伤时间推断。

    Conclusions The expression characteristics of IL-10 in different expressive parts should be related to the wound age and morphometry of different expressive parts may be employed for determining the wound age .

  22. 结论外源性KGF对体外培养的人角膜上皮细胞有明显的促生长作用,其滴眼液有加速兔眼角膜上皮创伤修复的作用。

    Conclusion The results suggest that exogenous KGF stimulate proliferation of human corneal epithelial cells and accelerate corneal epithelial wound healing in vivo .

  23. 目的:观察0.2T稳恒磁场对兔创伤修复的影响。

    AIM : To investigate the effects of 0.2 T constant magnetic fields on wound healing in rabbits .

  24. 目的克隆细胞即刻早期基因反应产物人结缔组织生长因子(CTGF)基因,对分析细胞基因反应及用于创伤修复研究的理论和应用研究均具有较大意义。

    Objective The human connective tissue growth factor ( CTGF ), as the responsive product of immediate early gene , was cloned for the investigation of cellular primary gene responsed and healing repairing .

  25. 血管内皮细胞(VECs)在创伤修复、血管生成、止血、血栓形成等一系列生理和病理过程中起着重要作用。

    Vascular endothelial cell played an important action in wound repaired , blood vessel form , haemostasis , thrombopoiesis and a series of physiology and pathology process .

  26. 观察uPA在小鼠皮肤创伤修复中的作用,以及外源性应用uPA对损伤表皮创伤修复的超微结构变化。

    The morphological changes associated with the application of exogenous uPA to the local wound are researched in order to determine the effect of exogenous uPA on mouse skin wound healing and on the ultrastructural changes of the wound .

  27. 结论腹膜重建门静脉有较高的通畅率,间皮细胞可释放6KPGF1α,并具有NOS,其释放量和酶活性与移植血管创伤修复有关。

    Conclusion Postal vein reconstruction using autogenous peritoneum revealed a high patency . The peritoneum could produce 6 k PGF 1 α and NOS. The releasing amount and activity of enzyme are related to the trauma and repairing .

  28. 转化生长因子β与组织创伤修复综述

    Review on transforming growth factor β and repair of tissue injury

  29. 无创伤修复技术治疗乳牙龋齿的临床效果评价

    Evaluation of atraumatic repair technique for the treatment of deciduous tooth

  30. 三维模型技术在颅面创伤修复中的应用

    Clinical application of three-dimensional model in repair of complex craniofacial trauma