Objective:To analyze the relationship between skin cleaning status and wound infection after emergency treatment of skin wounds, so as to provide guidance for clinical work and home care of patients.Methods:Using retrospective research methods, a total of 349 patients with skin wounds admitted to the Department of Emergency Medicine of Lishui People′s Hospital from January 2016 to February 2022 were selected for cross-sectional investigation. And the wound-infected patients were set as the wound-infected group and the non-wound-infected patients were set as the non-wound-infected group. The patients′ clinical data, skin cleaning status and wound infection status were collected to compare the differences in the basic data between the two groups and further analyze whether there was an association between skin cleaning and wound infection using binomial Logistic regression.Results:There were 134 cases of wound infection in 349 patients with skin trauma, accounting for 38.40%, including 66 cases of acute wound infection and 68 cases of chronic wound infection.The cleaning frequency of 1 time/week, 2 times/week and ≥ 3 times/week in open wound bath cleaning was 2.99%(4/134), 0.74% (1/134) and 0 in the wound-infected group, respectively, which was significantly different from 2.79%(6/215), 7.91% (17/215) and 1.86%(4/215) in the non-wound-infected group ( χ2 = 11.42, P<0.05). Multifactorial analysis revealed that trauma area ≥8 cm 2, total cortical damage, long duration of trauma, and antibiotic treatment were independent risk factors for wound infection after emergency management of skin trauma ( OR values were 1.05-2.02, all P<0.05), the protective factors for wound infection after emergency treatment of skin trauma were bath cleaning of open wound and its cleaning times 2 times/week ( OR = 0.54, 0.62, both P<0.05). Conclusions:The choice of warm water bath cleaning after emergency treatment of skin trauma does not increase the risk of wound infection. On the contrary, it helps to prevent wound infection, but it should be noted that local disinfection should be carried out in time after the completion of cleaning.

Expressed Sequence Tag (EST) analysis has pioneered genome-wide gene discovery and expression profiling. In order to establish a gene expression index in the rice cultivar indica, we sequenced and analyzed 86,136 ESTs from nine rice cDNA libraries from the super hybrid cultivar LYP9 and its parental cultivars. We assembled these ESTs into 13,232 contigs and leave 8,976 singletons. Overall, 7,497 sequences were found similar to existing sequences in GenBank and 14,711 are novel. These sequences are classified by molecular function, biological process and pathways according to the Gene Ontology. We compared our sequenced ESTs with the publicly available 95,000 ESTs from japonica, and found little sequence variation, despite the large difference between genome sequences. We then assembled the combined 173,000 rice ESTs for further analysis. Using the pooled ESTs, we compared gene expression in metabolism pathway between rice and Arabidopsis according to KEGG. We further profiled gene expression patterns in different tissues, developmental stages, and in a conditional sterile mutant, after checking the libraries are comparable by means of sequence coverage. We also identified some possible library specific genes and a number of enzymes and transcription factors that contribute to rice development.
Arabidopsis ; genetics ; DNA, Complementary ; metabolism ; Databases as Topic ; Expressed Sequence Tags ; Gene Library ; Genome, Plant ; Genomics ; methods ; Multigene Family ; Open Reading Frames ; Oryza ; genetics ; Quality Control ; Software