GONG Ping, HUANG Guangying. Effects of Jiantai Liquid on the Expressions of Uterine Inflammatory Cytokines in Mice With Embryo Implantation Dysfunction[J]. Journal of Traditional Chinese Medicine2014, 55(10): 871-874.
GONG Ping, HUANG Guangying. Effects of Jiantai Liquid on the Expressions of Uterine Inflammatory Cytokines in Mice With Embryo Implantation Dysfunction[J]. Journal of Traditional Chinese Medicine2014, 55(10): 871-874.DOI: 10.13288/j.11-2166/r.2014.10.018.
Objective To study the possible molecular mechanism of Jiantai Liquid in improving the implantation environment in the endometrium.Methods Totally 90 pregnant mice were randomized into the normal group
model group and Jiantai Liquid group
with 30 in each.The embryo implantation dysfunctional( EID) models were established with indomethacin in the model group and Jiantai Liquid group.The Jiantai Liquid group was gavaged with Jiantai Liquid from the 1st day of pregnancy.The model group and normal group were gavaged with the same amount of normal saline.The levels of interleukin-1β( IL-1β)
IL-1 receptor type I( IL-1RI)
IL-6
leukemia inhibitory factor( LIF) and colony stimulating factor-1( CSF-1) mRNA were detected on the 5th day of pregnancy.The embryonic development was observed
and the numbers and site numbers of embryo implantation were recorded on the 8th day of pregnancy.Results Comparing with the normal group
the numbers and site numbers of embryo implantation were significantly decreased in the Jiantai Liquid group and model group( P < 0.01).Comparing with the model group
the numbers and site numbers of embryo implantation were significantly increased in the Jiantai Liquid group( P < 0.05).Comparing with the normal group
the contents of IL-1β
IL-1RI
IL-6
LIF and CSF-1 mRNA were significantly increased in the model group( P < 0.01).Comparing with the model group
the contents of IL-1β
IL-1RI
IL-6
LIF and CSF-1 mRNA were significantly decreased in the Jiantai Liquid group( P < 0.01).Conclusion Jiantai Liquid can improve endometrial microenvironment and promote implantation by deregulating the expressions of IL-1β