ABSTRACT
The rat model of dysmenorrhea, pelvic inflammation disease (PID), and uterine myoma were established to observe the effect ofGui-Zhi Fu-Ling Capsule (GZFLC) with the changes of main components. The molecular imprinted technology was used to quantitatively knock out main components in GZFLC (the knocked-out ratios were 10%, 20%, 30%, 40%, 50%, 60%, 70%, 80%, 90%). And the observation was made on the writhing times, latency, and effects on ET-1 and PGF2α of uterine tissues in the pitocin-induced dysmenorrhea rat model. Effects on TNF-α and IL-2 were observed in PID rat model induced by mixed bacteria plus mechanical damages. Effects on the weight and index of uterus, levels of E2 and P in serum were detected on the uterine myoma rat model induced by estrogen-burden. The results showed that the GZFLC efficacy was decreased with gradient knockout of 15 main components. When 10%-40% was knocked out, there was still significant difference compared to the model group (P 0.05). Meanwhile, the GZFLC efficacy was decreased significantly compared to the GZFLC group (P <0.05, orP < 0.01). It was concluded that 15 chemical compounds, which included gallic acid, paeoniflorin, paeonol, and etc., may be the main material basis of GZFLC. Meanwhile, it provided a useful reference for the quality control of main components in GZFLC.
ABSTRACT
@#ObjectiveTo study the effect of ultrasound transdermal drug delivery combining with semiconductor laser on chronic pelvic inflammation disease(CPID).Methods80 CPID patients were divided into two groups randomly: 40 cases for treating group who accepted ultrasound transdermal drug delivery and semiconductor laser. 40 cases for the control group who accepted ultrasound transdermal drug delivery only. After 30 days of treating, a Condition-Score was assessed. ResultsIn the treating group, 18 cured, 19 remarkable effective, 3 effective, which was significant improved compared with that in the control group, 6 cases cured, 21 cases remarkably effect,10 cases effective, 3 case ineffective(P<0.01).ConclusionUltrasound transdermal drug delivery combined with semiconductor laser is more effective on chronic pelvic inflammation disease.