지원사업
학술연구/단체지원/교육 등 연구자 활동을 지속하도록 DBpia가 지원하고 있어요.
커뮤니티
연구자들이 자신의 연구와 전문성을 널리 알리고, 새로운 협력의 기회를 만들 수 있는 네트워킹 공간이에요.
이용수32
I. INTRODUCTION 11. Healing mechanism and therapy of surgical wound 11.1. Structure and function of skin 11.2. Healing mechanism of cutaneous wound 11.3. Therapeutic strategy for cutaneous wound 62. Cellulose as materials of wound dressing 82.1. Structure and properties of cellulose 82.2. Applications of cellulose film 82.3. Pharmacological effects of cellulose for cutaneous wound 113. Styela clava tunic (SCT) 12II. MATERIALS AND METHODS 161. Preparation of SCTFs 161.1. Manufacture of SCTF0 for analyses of biodegradability 161.2. Manufacture of SCTF1, SCTF2 and SCTF3 for analyses of wound healing 171.3. Manufacture of SeSCTF2 for analyses of wound healing during diabetes 192. Purity and composition of SCTF0 193. Analysis for physical properties 214. Analysis of atomic force microscope (AFM) 235. Analysis of scanning electron microscope (SEM) 246. Care and use of animals 247. Design of animal experiment 257.1. Treatment of SCTF0 onto cutaneous wound 257.2. Treatment of SCTF1, 2 and 3 onto cutaneous wound 267.3. Treatment of SeSCTF2 onto cutaneous wound 278. Measurement of weight loss of SCTF 289. Analysis of blood cells 2910. Serum biochemical analysis 2911. Macroscopic analyses of cutaneous wound 3012. Histological analysis 3013. Western blotting 3214. ELISA for TGF-β1 3315. ELISA for insulin 3416. Determination of MDA levels 3517. Statistical analysis 35III. RESULTS 371. Biodegradability and biocompatibility of SCTF0 371.1. Purity, composition and physical properties of SCTF0 371.2. Biodegradability of SCTF0 421.3. Biocompatibility of SCTF0 452. Effects of three type of SCTFs treatment onto cutaneous wound of SD rats 542.1. Physical properties and morphology of SCTFs 542.2. Analysis for wound closing process 562.3. Analysis for tissue regeneration in wound skin 612.4. Analysis for angiogenesis in the wound skin 642.5. Analysis for connective tissue in wound skin 672.6. Analysis for re-epithelialization in the wound skin 702.7. Analysis for toxicity of SCTFs 733. Effects of SeSCTF2 treatment on cutaneous wound of STZ-induced diabetic rats 753.1. Analysis for morphology of SeSCTF2 753.2. Analysis for diabetic condition and toxicity of SeSCTF2 773.3. Analysis for wound closing process in wound skin 803.4. Analysis for delay of tissue regeneration in wound skin 833.5. Analysis for angiogenesis in wound skin 903.6. Analysis for the insulin receptor signal pathway in wound skin 933.7. Analysis for the antioxidative condition in wound skin 95IV. DISCUSSION 981. Biodegradability and biocompatibility of SCTF0 982. Therapeutic effects of three type of SCTFs on wound of SD rats 1043. Therapeutic effects of SeSCTF2 on cutaneous wound of STZ-induced diabetic rats 113V. REFERENCES 121SUMMARY (In Korean) 144Curriculum Vitae 149Acknowledgement 157
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