Synthesis of SiC Macroscopic Spheres from Fly Ash
p.589
p.589
Computer Simulation of Cylindrical Shell Penetrated by Rigid Projectile
p.594
p.594
Control Conditions for the Second–Class Crack of Concrete Based on Different Modulus Theory
p.599
p.599
The FEA of New Type Roller Movable Teeth Reducer
p.603
p.603
Fabrication of Nano-Fibrous Poly(L-Lactic Acid) Scaffold Enhanced by Silane Modified Chitosan Fibers
p.609
p.609
A Study of Macrogeometrical Deviations in the Dry Turning of UNS R56400 Ti Alloy
p.613
p.613
Stabilization of Variable Rope Length Pendulum Using Lyapunov's Theory and Differential Geometry
p.618
p.618
Investigation on Mechanical Properties of Clay-Based Material Prepared from the Yellow River Silt
p.624
p.624
Research on Lattice Distortion Modification Processing Technology of Cotton/Linen Fiber and Yarn
p.630
p.630
Fabrication of Nano-Fibrous Poly(L-Lactic Acid) Scaffold Enhanced by Silane Modified Chitosan Fibers
Abstract:
In this study, A PLLA/silane modified chitosan fiber composite scaffold was sucessfully prepared using thermal induced phase separation method. The PLLA was chemically coupled with chitosan fiber surface using γ-methacryloxypropyl-trimethoxysilane.The composite scaffold had a nano-fibrous PLLA matrix (fiber size 200-750 nm), an interconnective pores ((1-6 μm), high porosity (>90%). Introduced surface modified chitosan fibers into PLLA matrix, it significantly enhanced the nano-fibrous scaffold. The new nano composite scaffold is potentially a very promising scaffold for tissue engineering.
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Info:
Periodical:
Applied Mechanics and Materials (Volumes 152-154)
Pages:
609-612
Citation:
Online since:
January 2012
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