Study on antimicrobial effects of single herbs in wet Ruchuang Bingmi hydropathic compress agent
- VernacularTitle:褥疮冰蜜湿敷剂中单味药的抗菌实验研究
- Author:
Junying RAO
;
Bicheng JIN
;
Yan ZHOU
;
Kai MA
;
Zhi HAN
- Publication Type:Journal Article
- Keywords:
Ruchuang Bingmi hydropathic compress agent;
the third phase of infection decubitus;
antimicrobial effects;
borneol;
honey;
gentamicin
- From:
Chinese Journal of Biochemical Pharmaceutics
2015;37(7):50-52
- CountryChina
- Language:Chinese
-
Abstract:
Objective To study the antibacterial effect of borneol, honey, gentamicin in Ruchuang Bingmi hydropathic compress agent.Method Staphylococcus aureus(S.aureus), Escherichia coli(E.coli), Pseudomonas aeruginosa(P.aeruginosa) were used to produce the third phase of infection decubitus animal models, respectively.Vaseline as the control group, divided into 12 groups:Vaseline-S.aureus, Vaseline-E.coli, Vaseline-P.aeruginosa;Honey-S.aureus,Honey-E.coli,Honey-P.aeruginosa;Borneol -S.aureus;Borneol -E.coli;Borneol-P.aeruginosa;Gentamicin-S.aureus;Gentamicin-E.coli;Gentamicin-P.aeruginosa;6 rabbits in each group.Honey, borneol, gentamicin was made into a gauze in treatment for decubitus .Organizations do strain identification and colony counts was observed before and after taking the treatment.ResuIts Borneol group ( F =11.059,P<0.01).,there was differences of each groups count cultured by borneol;Time ×Strains(F=11.281,P=0.009),there was no significant interaction between the two groups;gentamicin(F=7.99,P=0.000),gentamicin culture showed a difference in each group count;Time ×Strains(F=12.531, P<0.07),interaction between the two groups showed significant.Borneol has no antibacterial effects on P.aeruginosa , had a certain antibacterial activityon S.aureus and E coli;gentamicin had good antibacterial effect on the three kinds of bacteria, and against P.aeruginosa was particularly significant.ConcIusion The antibacterial activity of gentamicin is better than single herbs borneol in Ruchuang Bingmi hydropathic compress agent, honey has no antibacterial effect.
