人工皮肤

细菌纤维素（简称BC）作为一种新兴的人工皮肤材料，具有很好的生物相容性和生物降解性。

Bacterial cellulose ( BC ), as a new artificial skin material , has excellent biocompatibility and biodegradability .

本文探究了BC以及COL/BC复合材料在组织工程人工皮肤支架方面的应用。

The paper mainly explored the potential application of BC and COL / BC composite as scaffolds in artificial skin tissue engineering .

本文阐述了一种用PVDF制作人工皮肤触觉传感器的研制；

This paper discusses the design of an Artificial-skin tactile sensor from PVDF .

本文以人类皮肤的结构、特性及其触觉机理为出发点，介绍了一种仿生型多功能触觉传感器（TactileSensor）&人工皮肤。

From the structure , characters and tactile mechanism of man skin , this paper presented a multi-function bionics tactile sensor-artificial skin .

胶原（COL）是使用较为广泛的人工皮肤材料，具有低抗原性、生理活性等特点。

Collagen ( COL ) is the more widely used artificial skin material with low antigen , physical activity and so on .

BrdU单抗免疫组化法观察人工皮肤种子细胞生长

Study on living of the seed cells after transplantation of swine composite chitosan tissue engineered skin by using BrdU monoclonal immunohistochemical staining

结论3D-SC人工皮肤材料具有较好的降解性。

Conclusion The 3D-SC artificial skin materials have good degradable properties .

3D-SC人工皮肤材料体内降解实验研究

Research on degradation of 3D-SC artificial skin material in vivo

1980年Yannas和Burke提出了人工皮肤的设计原则，真皮替代物的选择是其中一个重要方面。

Design principles have been suggested by Yanas and Burke at 1980 , among which the selection of a dermal substitute is of the most importance .

目的研究3D-SC人工皮肤材料在体外的降解性能。

Objective To study the degradable properties of 3D-SC artificial skin in vitro .

3D-SC人工皮肤材料对新西兰兔损伤皮肤的修复实验研究

Study on 3D-SC artificial skin materials for repairing injured skin in New Zealand rabbits

组织学观察显示3D-SC人工皮肤材料促进皮肤结构再生能力强于对照组。

Conclusion The3D-SC artificial skin materials have soft texture and excellent capability to resist avulsion .

再于成熟的DE表面接种KC，先浸没培养，后行气液界面培养，构建完整的人工皮肤。

Keratinocytes separated from normal children foreskin were seeded on the matured DE to reconstruct artificial skin , which was immersed at the early stage of culture , then lifted to an air liquid interface .

目的观察3D-SC人工皮肤材料对损伤皮肤的修复作用。

Objective To observe the repair function of the 3D-SC artificial skin materials in injured skin .

坦福大学的ZhenanBaohas研发出了一种具备超弹性、超耐性和超敏感的材料，能够作为未来发展人工皮肤的基础。

Stanford 's Zhenan Baohas has developed a super-flexible , super-durable , and super-sensitive material that can be the basis for future synthetic skin .

复合人工皮肤修复猪全层皮肤缺损

Repair of full skin loss of swine with composite artificial skin

组织工程化人工皮肤的细胞外基质功能研究

The functions of extracellular matrix metabolism in cultured composite artificial skin

纳入标准：与组织工程化人工皮肤相关的表皮、真皮及双层皮肤替代物的文献。

Inclusive criteria : Articles related with tissue engineered skin substitutes .

添加剂对活性人工皮肤胶原海绵支架材料的影响

Effect of Additives on Collagen Sponges for Bioactive Artificial Skin

敷料与人工皮肤技术研究进展

The Development of Research of Wound Dressing and Artifical Skin

复合壳多糖人工皮肤生物安全性研究复合壳多糖人工皮肤毒副作用评价

Evaluation tests of composite chitosan artificial skin for biological hazards

Ch4S/胶原杂化活性人工皮肤的研究

Experimental Study of Ch4S / Collagen Membrane for Artificial Skin

敏感高分子人工皮肤力觉感受器的数学理论依据

The Mathematical Theory of Force Sensor for Touch-sensitive Polymer Skin

人工皮肤及负压吸引系统治疗骨筋膜室综合征

Artificial skin and sucking system for the treatment of osteofascial compartment syndrome

以胶原复合膜为骨架的活性人工皮肤的研究

Study of an active artificial skin using collagen composite membrane as a scaffold

壳多糖-胶原-糖胺聚糖凝胶人工皮肤的初步研究

Primary study on the chitosan-collagen-GAGs collagen gel artificial skin

活性人工皮肤的骨架&一种新型胶原复合膜的制备及性能研究

Preparation and study of scaffold of active artificial skin-A new collagen composite membrane

胶原在组织工程人工皮肤中的应用

Application of collagen in tissue engineering for artificial skin

复合培养人工皮肤的细胞生物学规律

Cell biology regularity of double layer cultured artificial skin

新型胶原基人工皮肤模型的建立

Model of novel composite natural collagen matrix artificial skin