Article List

WPRIM Management System> DCMS> Chinese Journal of Burns> 2005> 21> 1

Volume: 21 Issue: 1

1. Influence of hyperoxic fluid on the down-regulated proteins of intestinal mucosa in scalded rats.	Page:60—62
2. Experimental study on early escharectomy after major burns in minipigs.	Page:57—59
3. Changes in the expression of apoptotic genes in the intestinal tissue of scalded rats before and after resuscitation.	Page:55—56
4. The influence of dermal template on the expressions of signal transduction protein Smad 3 and transforming growth factor beta1 and its receptor during wound healing process in patients with deep burns.	Page:52—54
5. A practical method for the calculation of wound water loss in burn patients.	Page:49—51
6. Effects of allogeneic hepatic nonparenchymal cell on the survival of grafted skin in mice.	Page:46—48
7. Clinical investigation in the expression of matrix metalloproteinase 2 mRNA in the hyperplastic scar in burn patients.	Page:43—45
8. Comparison of various methods of early management of hydrofluoric acid burn in rabbits.	Page:40—42
9. The histological changes and the revascularization process in the grafted dermal substitutes.	Page:37—39
10. Observation of the grafting of platelet-derived growth factor gene-modified artificial composite skin on rat wounds.	Page:33—36
11. Influence of human telomerase reverse transcriptase gene transfection on the proliferation of human embryonic fibroblasts.	Page:30—32
12. Long-term result of repair of deeply burned hands with large sheet of split-thickness autoskin grafting with the preservation of denatured dermis.	Page:27—29
13. Influence of tangential excision within 24 postburn hours on the local wound inflammatory response in patients with deep partial thickness burn.	Page:24—26
14. Observation of the effect of the mixed composite skin graft on deep partial thickness burn wounds.	Page:21—23
15. Preliminary study on the improvement of wound microcirculation and retrospection on several methods of the management of deep partial thickness burn wound.	Page:17—20
16. Experimental study of autologous skin grafting on retained denatured dermis for the treatment of partial thickness burn wound.	Page:14—16
17. Improving the management of deep partial thickness burn wound.	Page:12—13
18. Relationship between the management and prognosis of deep partial thickness burns.	Page:9—11
19. Prospect of the application of bio-medical engineering technology in wound repair.	Page:6—8
20. Retrospect and prospect.	Page:4—5
21. Pursue one's study and cultivate one's morality in scientific research.	Page:1—3