Objective To discuss the effect of Chinese medicine treatment on quality of life(QOL)of perimenopause syndrome(PMS)patients.Methods The evaluation with WHO QOL-BREF in Chinese version was applied to compare the QOL scores of normal perimenopause females with those of PMS patients.Results The scores of normal perimenopause group were higher than those of PMS group and the difference of scores of all aspects was significant(P

Objective To study the effect of Jieyuyubao prescription on endometrial pinopodes and HOXa-10 mRNA in chronic stress rats , and reveal the regulatory mechanisms of the endometrial receptivity. Methods Totally 48 SPF SD rats were randomly divided into three groups with weight stratified: normal control group (group A), model control group (group B) and experimental drug group (group C). Rat model of chronic stress was established in group B and group C. On the first day of stimulation, Jieyuyubao solution (1 g·mL-1 ) was intragastrically administered (11. 8 mL·kg-1 ) to the rats of group C at 9:00 am, once daily, and stopped giving at the fourth day of pregnancy (pd4) after being confirmed by vaginal smears. Purified water (11. 8 mL·kg-1 ) was intragastrically administered to the rats of group A and group B at 9:00 am. All the rats were mated at the sex ratio of female:male = 2:1 at 16:00 pm on the 21st day. The rats were sacrificed at the pd4. Maturity of endometrium pinopodes was assessed under transmission electron microscope. HOXa-10 mRNA content was evaluated by real-time fluorescence-PCR. Results The maturity of pinopodes was as follows: the maturity score of normal control group, model control group and experimental group was (2. 7 ± 0. 3), (1. 3 ± 0. 3), and (2. 1 ± 0. 2), respectively, with significant difference between experimental drug group and model control group (P<0. 05). HOXa-10 mRNA expression was significantly decreased in model control group (0. 658±0. 031) as compared with normal control group (0. 965±0. 102) (P<0. 05). Conclusion Jieyuyubao prescription maybe increase the number and maturity of pinopodes through promoting HOXa-10 mRNA expression in endometrial epithelium cells, and then improve endometrial receptivity.