Objective To observe the effects of acupuncture on the luteal function of rats with embryo implantation dysfunction, and to explore its mechanism. Methods The early pregnant rats were randomly divided into normal cont...Objective To observe the effects of acupuncture on the luteal function of rats with embryo implantation dysfunction, and to explore its mechanism. Methods The early pregnant rats were randomly divided into normal control group （N）, model group （M）, acupoint group （A）, and non-acupoint group （AC）. The model of embryo implantation dysfunction in Group M, A, and AC was established with Mifepristone. For rats in Group A, bilateral ＂Housanli＂ （后三里 ST 36） and ＂Sanyinjiao＂ （三阴交 SP 6） were needled, while the non-acupoints beside the acupoints were needled in Group AC. In this experiment, the serum levels of luteinizing hormone （LH）, estradiol （E2）, and progesterone （P） were detected with radioimmunoassay, the expression of vascular endothelial growth factor （VEGF） in the rat ovarian tissue was detected by using Western-blot. The mRNA expressions of VEGF and luteinizing hormone receptor （LHR） in the ovarian tissue were detected by using RT-PCR. Results The serum levels of LH and P were significantly higher in group A than in group M and AC （all P〈0.05）, showing no statistical significance when compared with group N. The VEGF content, and expressions of VEGF mRNA and LHR mRNA in the ovarian tissue of group A were significantly elevated than those in group M and group AC （all P〈0.05）, showing no statistical significance when compared with group N. Conclusion Needling at ＂Housanli＂ （后三里 ST 36） and ＂Sanyinjiao＂ （三阴交 SP 6） could elevate the serum levels of LH and P of rats with embryo implantation dysfunction, and up-regulate the expression of LHR mRNA, VEGF and its mRNA in the ovarian tissue. It may enhance the luteal function of rats with embryo implantation dysfunction and improve its embryo implantation environment.展开更多
基金Supportedt by the National Nature Science Foundation:90209009
文摘Objective To observe the effects of acupuncture on the luteal function of rats with embryo implantation dysfunction, and to explore its mechanism. Methods The early pregnant rats were randomly divided into normal control group （N）, model group （M）, acupoint group （A）, and non-acupoint group （AC）. The model of embryo implantation dysfunction in Group M, A, and AC was established with Mifepristone. For rats in Group A, bilateral ＂Housanli＂ （后三里 ST 36） and ＂Sanyinjiao＂ （三阴交 SP 6） were needled, while the non-acupoints beside the acupoints were needled in Group AC. In this experiment, the serum levels of luteinizing hormone （LH）, estradiol （E2）, and progesterone （P） were detected with radioimmunoassay, the expression of vascular endothelial growth factor （VEGF） in the rat ovarian tissue was detected by using Western-blot. The mRNA expressions of VEGF and luteinizing hormone receptor （LHR） in the ovarian tissue were detected by using RT-PCR. Results The serum levels of LH and P were significantly higher in group A than in group M and AC （all P〈0.05）, showing no statistical significance when compared with group N. The VEGF content, and expressions of VEGF mRNA and LHR mRNA in the ovarian tissue of group A were significantly elevated than those in group M and group AC （all P〈0.05）, showing no statistical significance when compared with group N. Conclusion Needling at ＂Housanli＂ （后三里 ST 36） and ＂Sanyinjiao＂ （三阴交 SP 6） could elevate the serum levels of LH and P of rats with embryo implantation dysfunction, and up-regulate the expression of LHR mRNA, VEGF and its mRNA in the ovarian tissue. It may enhance the luteal function of rats with embryo implantation dysfunction and improve its embryo implantation environment.
