Cell Immobilization with Textile Carriers for TA Biodegradation

Hui Qin Li; Ji Xian Gong; Qiu Jin Li; Zheng Li; Jian Fei Zhang; Ke Ning Chen; Zhu Xian Tang; Guo Qiang Ding; Sheng Yuan Lin

doi:10.4028/www.scientific.net/AMR.331.19

Paper Titles

The Application of Folkloric Textile Decorative Art to the Regional Character of the Hotel
p.3

Impact of Soft Nursing Care on Drying Efficiency of Cotton Fabric
p.9

The Effect of Calcination Temperature on the Surface Evolution and Photocatalysis Activity of Co-Doped PVAc/TiO₂ Composite Nanofibers
p.14

Cell Immobilization with Textile Carriers for TA Biodegradation
p.19

Study on Spunlaced Nonwoven Fabric’s Moisture Absorption and Permeability Based on BP Network
p.23

Methods for Measuring the Surface Area of Nude Body
p.27

A Stochastic Simulation of Cotton Combing Process
p.31

Research on Wearable Sensors Based on Knitted Fabrics with Silver Plating Fiber
p.36

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 331Cell Immobilization with Textile Carriers for TA...

Cell Immobilization with Textile Carriers for TA Biodegradation

Abstract:

Fabrics provide an attractive alternative for cell immobilization carrier. In this study, the relationship of weave structure of fabrics and the effects of cell immobilization was investigated. Several kinds of fabrics with different weave structure were designed and produced acting as cell immobilization carrier. Adsorptive capacity of the textile carriers with different weave structure was measured and the biodegradation rate of TA by cells absorbed on textile carriers was also investigated. It is showed that adsorptive capacity and stability was significantly affected by weave structure of fabric carriers. The result also indicated that the ability to TA degradation was also improved by cell immobilization.