Effects of Ganlu Xiaodu Dan and Its Incomplete Prescription on Expressions of MiR-146a and TLR4 mRNA in Cells Infected by EV71
10.3969/j.issn.1005-5304.2017.03.015
- VernacularTitle:甘露消毒丹及其拆方对感染肠道病毒71型细胞miR-146a和Toll样受体4 mRNA表达的影响
- Author:
Bichen AI
;
Yirong HE
;
Rong CAO
;
Dong HE
;
Guorong ZHAO
;
Youshun HE
- Keywords:
Ganlu Xiaodu Dan;
incomplete prescription;
EV71;
miRNA-146a;
TLR4
- From:
Chinese Journal of Information on Traditional Chinese Medicine
2017;24(3):61-65
- CountryChina
- Language:Chinese
-
Abstract:
Objective To observe the effects of Ganlu Xiaodu Dan and its incomplete prescription on expressions of MiR-146a and TLR4 mRNA in RD cells infected by EV71. Methods With technique of cell culturing, Ganlu Xiaodu Dan therapy group, incomplete Qing prescription therapy group, incomplete Li prescription therapy group, normal cells control group, model control group and ribavirin control group were set, and tests for virus toxicity and medicine toxicity in cells were taken, then expressions of miRNA-146a and TLR4 mRNA in these RD cells 24 hours after intervention with medicine were detected. Results Compared with normal cells control group, miR-146a in mRNA model control group decreased and TLR4 mRNA increased. Compared with model control group, miR-146a mRNA in Ganlu Xiaodu Dan therapy group, incomplete Qing prescription therapy group and incomplete Li prescription therapy group all increased while TLR4 mRNA decreased, and differences between ribavirin control group and model control group were not significant. Compared with Ganlu Xiaodu Dan therapy group, both expressions of miR-146a and TLR4 mRNA in incomplete Qing prescription therapy group were lower; miR-146a increased and TLR4 mRNA decreased in incomplete Li prescription therapy group. Compared with incomplete Qing prescription therapy group, miR-146a mRNA in incomplete Li prescription therapy group increased, but expression of TLR4mRNA between them was not significant. Conclusion Ganlu Xiaodu Dan can regulate the immune reactions caused by infection of EV71 by increasing expression of miR-146a mRNA and reducing expression of TLR4 mRNA. There may be antagonism effect between incomplete Qing prescription and incomplete Li prescription.
