1.Clinical effect of Danshentong capsule on invisible blood loss after total hip arthroplasty postoperative
Guangbin WANG ; Haidong DAI ; Riyong CHEN
Chinese Journal of Biochemical Pharmaceutics 2015;(12):145-147
Objective To observe clinical effect of Danshentong capsule on invisible blood loss after total hip arthroplasty postoperative.Methods 90 cases were randomly divided into observation group and control group,which were chosen from January 2011 to March 2013, 45 cases in each group. Control group received low molecular weight heparin for prevention invisible blood loss, postoperative.Observation group were given Danshentong capsule for prevention invisible blood loss postoperative.Changes of related indicators were followed up and recorded.Results Hemoglobin were (112.20 ±16.17),(124.79 ±11.53)g/L of observation group 3 and 7 days postoperation, were higher than control group (94.84 ±14.93),(103.52 ±10.62) g/L (P<0.05).Patients in observation group 3 and 7 days platelet values (258.31 ±32.95),(242.16 ±31.06) ×109/L, than control group (225.14 ±30.48,214.95 ±28.68) ×109/L (P<0.05).Patients in observation group hidden hemorrhage (420.59 ±53.96), lower than control group (868.05 ±65.37) U/mL (P<0.05).Postoperative adverse reactions observed ratio of 6.67% in observation group, lower than control group 26.67%(P<0.05).Conclusion Danshentong capsule in hip replacement surgery occult bleeding prevention clinical exact effect, no significant side effects, is worthy of further research and application.
2.Research progress in experimental animal models of breast cancer
Rifei LI ; Na YUAN ; Dongyang YE ; Riyong LI ; Yaohan LI ; Runan ZUO ; Xi SHI ; Qiang CHEN ; Yinqian LI
Chinese Journal of Comparative Medicine 2018;28(2):113-118
Breast cancer is the most common spontaneous malignancy in women, causing a serious threat to women's health. Experimental animal models have been important research tools in bringing insights into the related mechanisms of breast cancer, as well as in delivering improved therapies for the disease. To reveal the pathogenesis of various breast cancers and facilitate the development of new drugs,ideal animal models of breast cancer should share some common tumor molecular characteristics and biological behavior with that of human breast cancer. In this review,five types of experimental animal breast cancer models were included, which may provide a basis for research on diagnosis and treatment of human breast cancer.