| 초록 |
Electrospun soy protein isolate (ISP) has proved its usefulness as wound cover dressing, but its dense pore size make cell hard to penetrate the dressing and this cell thrive obstacle is related with wound cure speed. As patients who have wide defect should need wound dressings that wound can be cured as fast as possible, focusing on advancing wound cure speed would be necessary to patient welfare. But as dressings which has too large pore can make penetrate easily not only cells but also germs, the outer pore size of wound dressing should be dense. So, in this study, we will make dual pore size dressing from commercial soy protein isolate (ISP) and delve into them to analyze its material properties and cellular prosperities difference between single pore size dressing. Moreover, the dressings will be transplanted on the target defect area and the defect size change would be followed up to compare defect cure speed difference between dual pore size dressing and single pore size dressing. |
