Research Interests: Microstructured tissue-engineering scaffold and novel nanofibrous scaffold for tissue engineering
Experience & Skills: electrospun technology
surface modification
layer-by-layer self-assembly technology
Project Pages: (Help):
1:Layer-by-Layer Assembly to Build up the Collagen and Hyaluronic Acid Polyelectrolyte Multilayers on PCL Aligned Nanofiber Surface for Cardiac Tissue Engineering
2:Surface Biomineralization of Poly(ε-caprolactone) nanofibrous scaffold for Bone tissue engineering.
DATE CREATED:
ACTION PLAN
wqxiao2004@gmail.com
Meeting Summary (Help)
Meeting Date:
Summary:
Action Plan:
Progress on issues from last meeting:
Meeting Date: Jan 6/ 2009
Summary:
Action Plan:
Progress on issues from last meeting:
Ali's comments:
Why are you doing it?
What is the impact?
Do we want to pattern the same material or different ones?
PROBLEMS IDENTIFIED (PI) / OUTSIDE SKILL REQUIRED (OSR) / RESOLVED (R)
PAPER TITLE
A) Background
B) Hypothesis
B) Specific Aims
C) General Experimental Approach (Design etc)
D) Pitfalls and alternatives
E) Potential Figures
F) Future Directions
A) BACKGROUND:
B) HYPOTHESIS
C) SPECIFIC AIMS
AIM 1 -
AIM 2 -
D) GENERAL EXPERIMENTAL APPROACH
E) PITFALLS AND ALTERNATIVES
F) ANTICIPATED FIGURES FOR PAPER or when you have data, FIGURES FOR PAPER
G) FUTURE DIRECTIONS
H) MATERIALS AND METHODS
1: Processing of nanofibrous scaffolds using the electrospinning technology
2: Mineralization of electrospun nanofibrous scaffolds
3: Material characterization
4: Cell attachment study
5:MTT assay
6: Alkaline phosphatase activity assay
7:Cell morphology
I) RESULTS
J) DISCUSSION
K) LITERATURE
2: