Hair keratin

Experimental study of repairing peripheral nerve damage with conduit made of human hair keratin

人发角蛋白导管修复周围神经缺损的实验研究

Histocompatibility of human hair keratin artificial material and the effect on organism

人发角蛋白材料组织相容性及其对机体的影响

Experimental Study of Human Hair Keratin Artificial Tendon and Its Clinical Application

人发角蛋白材料人工腱的实验研究与临床应用

Studies on the Preparation of Functional Membrane Materials by Human Hair Keratin

人发角蛋白制备功能膜材料的研究

Morphological study of bridging peripheral nerve damage with human hair keratin

人发角蛋白桥接周围神经缺损的形态学观察

Sequence Analysis and Expression of a Type ⅰ Hair Keratin Gene in Goat Skin

一个山羊Ⅰ型毛角蛋白基因的序列及其在皮肤中的表达

Experiment Study of Human Hair Keratin Promoting Injury Spinal Cord Restore in Adult Rat

人发角蛋白促进成年大鼠脊髓损伤修复的实验研究

Immunological study on human hair keratin artificial tendon and the preliminary results of its clinical application

人发角蛋白人工肌腱的免疫学研究及临床应用的初步结果

The clinical application of human hair keratin artifical tendon

人发角蛋白人工腱的临床应用

Human hair keratin artificial tendon repair defect in hand

人发角蛋白人工腱修复手部肌腱缺损

Isolation and analysis of single hair keratin

单根毛发角蛋白的分离与分析

Conclusion Human hair keratin artificial tendon is an ideal tendon material and well worth clinical application .

术后腱体无粘连，患肢功能恢复好。④结论人发角蛋白人工腱是一种较理想的生物材料，值得临床推广应用。

Expression and distribution of ubiquitin after implantation of human hair keratin artificial tendon

人发角蛋白人工腱植入后泛素的表达及分布

Study on the distribution of hair keratin in normal hair follicles by immunohistochemical staining

正常人头皮毛囊角蛋白的免疫组化研究

Objective To study the distribution of the hair keratin family in normal scalp hair follicles .

目的了解毛发角蛋白家族在正常人头皮毛囊中的分布情况。

The number of Rodents functional hair keratin genes significantly less than other mammals .

啮齿目中有功能的毛角蛋白数量明显少于其它哺乳动物。

Degradation of human hair keratin scaffold implanted for repairing injured skeletal muscles

人发角蛋白材料植入修复受损骨骼肌后降解过程的观察

Human hair keratin artificial tendon transfer for treatment of late upper brachial plexus root avulsion

人发角蛋白人工肌腱移植治疗晚期上臂丛根性撕脱伤

Molecular Evolution of Type ⅰ Hair Keratin and IRS Keratin Genes of Mammalian

哺乳动物Ⅰ型毛角蛋白及IRS角蛋白基因的分子进化

Collagen-human hair keratin dermal substitute improved skin repair in rats

含人发角蛋白的真皮类似物促进真皮修复

Effect of human hair keratin implant on oligodendrocyte proliferation and differentiation in rats with acute spinal cord injury

人发角蛋白对脊髓损伤大鼠少突胶质细胞增殖分化效应的影响

Study of Skin Equivalent Consisting of Collagen and Human Hair Keratin ( HHK ) Matrice

含人发角蛋白和胶原的真皮类似物的研究

AIM : To evaluate the histocompatibility of the hair keratin artificial material and its effect on the organism .

目的：评价人发角蛋白材料的组织相容性及对机体的影响。

Morphological changes of collagen fibrils during the formation of autogenous tendon induced by human hair keratin artificial tendon

人发角蛋白人工腱诱导自体腱形成中胶原原纤维的形态学变化

BACKGROUND : Human hair keratin artificial tendon ( HHKAT ) material is a new biological degradable material established in China .

背景：人发角蛋白人工腱（humanhairkeratinartificialtendon，HHKAT）材料是国内研制的新型生物可降解材料。

Objective To explore and summarize the clinical effect that Human hair keratin ( HHK ) artificial tendon repair defect in hand .

目的观察和总结人发角蛋白（HHK）人工腱修复手部屈伸肌腱缺损的疗效。

Difference of gene expression between rats with simple spinal cord injury and those undergoing human hair keratin transplantation by using suppression subtractive hybridization

抑制性消减杂交法筛选植入人发角蛋白与单纯脊髓损伤大鼠基因表达的差异

Study on molecular evolution of type ⅰ hair keratin and IRS keratin genes provide new evidence for the origin and evolution of hair .

Ⅰ型毛角蛋白及IRS角蛋白基因分子进化的研究为研究毛发的起源和进化提供了新的证据。

In the process of mammalian evolution , the mutation of hair keratin does not produce lethal effects and can be maintained easily .

在哺乳动物进化历程中，毛角蛋白和IRS角蛋白的变异不产生致死效应而容易保留下来。

Objective : To determine the main biomechanical indexes of the human hair keratin ( HHK ) artificial tendon and its various components .

目的：测定HHK人工腱及其各组分材料的主要生物力学指标。