1.Fallopian tube perfusion with ozone water for recanalization of obstructed fallopian tube in pluripara:observation of curative effect
Fengxian GUO ; Lequn WEI ; Chao HE ; Hongjiang BAI ; Hongwei QU
Journal of Interventional Radiology 2017;26(5):455-458
Objective To evaluate the curative effect of fallopian tube perfusion with ozone water in treating obstructed fallopian tube in pluripara.Methods A total of 116 patients with distal fallopian tube obstruction were included in this study.The diagnosis was confirmed by clinical and laboratory materials.The patients were randomly divided into the study group and the control group with 58 patients in each group.During hospitalization period all patients received interventional recanalization therapy for obstructed fallopian tube.For the patients of the study group,ozone water perfusion of fallopian tube was employed,while for the patients of the control group,fallopian tube perfusion with conventional anti-inflammatory drug and antiadhesion solution was adopted.All the patients were followed up for 6 months,the pregnancy rate and the fallopian tube re-occlusion rate of both groups were calculated,and 2 weeks after the treatment the patients'discomfort symptoms were evaluated.Results The success rate of fallopian tube recanalization,the pregnancy rate and the re-obstruction rate in the study group were 93.1% (54/58),79.3% (46/58) and 5.2%(3/58) respectively,which in the control group were 91.4% (53/58),60.3% (35/58) and 172% (10/58) respectively.Statistical analysis indicated that no significant difference in the success rate of fallopian tube recanalization existed between the two groups (P>0.05).The pregnancy rate of the study group was higher than that of the control group,while the re-obstruction rate in the study group was lower than that in the control group;the differences between the two groups were statistically significant (P<0.05).No significant differences in discomfort symptom scores existed between the two groups (P>0.05).Conclusion Fallopian tube perfusion with ozone water can be adopted for tubal recanalization,this technique can effectively improve the postoperative pregnancy rate and reduce the tubal re-obstruction rate.
2.Nursing about the patch test for 122 patients with chronic eczema
Sulian YANG ; Guoxing ZHU ; Fengxian QU ; Wei LAI ; Chun LU ; Shuxia XIE
Chinese Journal of Practical Nursing 2006;0(05):-
Objective To discuss the key points of nursing the patch test for patients with chronic eczema. Method Analyze the clinical data and the concreted nursing measures which obtained from 122 chronic eczema patients. Result The top 5 chemical allergic resources of these patients were 0.1% thiomersalate, 5% nickel sulfate,7% aromatic compound,1% formaldehyde(water solution),1% styrene. Conclusion\ The key points of getting successful patch test were following the attention issues before,during and after patch test,and to pay attention to the living nursing and explanation of patch test for patients.
3.Histology research on repairing of rabbit articular cartilage defects with naringin and tissue engineering cartilage
Chungen LI ; Yi QU ; Chao YE ; Jing CHEN ; Fengxian WANG ; Pengyang LI ; Suhua LI ; Jingpei REN ; Jian QI
Chinese Journal of Tissue Engineering Research 2014;(20):3165-3171
BACKGROUND:At present, there are many methods to treat cartilage defects, but none radical y repairs the articular cartilage defects.
OBJECTIVE:To histological y verify the effect of naringin combined with tissue engineering cartilage on the repair of rabbit articular cartilage defects.
METHODS:Rabbit bone marrow mesenchymal stem cells fol owing in vitro proliferation were compounded onto acellular dermal matrix, which was then implanted into rabbit knee cartilage defects. Naringin was also given by lavage. Hematoxylin-eosin staining, Masson trichrome staining, toluidine blue dyeing, type II col agen staining and type X col agen staining were performed in the repaired tissue.
RESULTS AND CONCLUSION:After 8 weeks post-surgery, the defects repaired with the naringin and stem cells composite were turned into milky-white and transparent smooth tissue. The defective tissue which was repaired, was very similar to normal cartilage tissue, with smooth surface. After the histology research, we found that the defect tissue was fil ed with new cartilage tissue. Results indicated that naringin combined with tissue engineering cartilage can promote the repair of articular cartilage defects in rabbits.
4.Molecular biological mechanism of acquired heterotopic ossification
Yang XIONG ; Shibo ZHOU ; Xing YU ; Lianyong BI ; Jizhou YANG ; Fengxian WANG ; Yi QU ; Yongdong YANG ; Dingyan ZHAO ; He ZHAO ; Ziye QIU ; Guozheng JIANG
Chinese Journal of Tissue Engineering Research 2024;28(30):4881-4888
BACKGROUND:Heterotopic ossification is a dynamic growth process.Diverse heterotopic ossification subtypes have diverse etiologies or induction factors,but they exhibit a similar clinical process in the intermediate and later phases of the disease.Acquired heterotopic ossification produced by trauma and other circumstances has a high incidence. OBJECTIVE:To summarize the molecular biological mechanisms linked to the occurrence and progression of acquired heterotopic ossification in recent years. METHODS:The keywords"molecular biology,heterotopic ossification,mechanisms"were searched in CNKI,Wanfang,PubMed,Embase,Web of Science,and Google Scholar databases for articles published from January 2016 to August 2022.Supplementary searches were conducted based on the obtained articles.After the collected literature was screened,131 articles were finally included and summarized. RESULTS AND CONCLUSION:(1)The occurrence and development of acquired heterotopic ossification is a dynamic process with certain concealment,making diagnosis and treatment of the disease difficult.(2)By reviewing relevant literature,it was found that acquired heterotopic ossification involves signaling pathways such as bone morphogenetic protein,transforming growth factor-β,Hedgehog,Wnt,and mTOR,as well as core factors such as Runx-2,vascular endothelial growth factor,hypoxia-inducing factor,fibroblast growth factor,and Sox9.The core mechanism may be the interaction between different signaling pathways,affecting the body's osteoblast precursor cells,osteoblast microenvironment,and related cytokines,thereby affecting the body's bone metabolism and leading to the occurrence of acquired heterotopic ossification.(3)In the future,it is possible to take the heterotopic ossification-related single-cell osteogenic homeostasis as the research direction,take the osteoblast precursor cells-osteogenic microenvironment-signaling pathways and cytokines as the research elements,explore the characteristics of each element under different temporal and spatial conditions,compare the similarities and differences of the osteogenic homeostasis of different types and individuals,observe the regulatory mechanism of the molecular signaling network of heterotopic ossification from a holistic perspective.It is beneficial to the exploration of new methods for the future clinical prevention and treatment of heterotopic ossification.(4)Meanwhile,the treatment methods represented by traditional Chinese medicine and targeted therapy have become research hotspots in recent years.How to link traditional Chinese medicine with the osteogenic homeostasis in the body and combine it with targeted therapy is also one of the future research directions.(5)At present,the research on acquired heterotopic ossification is still limited to basic experimental research and the clinical prevention and treatment methods still have defects such as uncertain efficacy and obvious side effects.The safety and effectiveness of relevant targeted prevention and treatment drugs in clinical application still need to be verified.Future research should focus on clinical prevention and treatment based on basic experimental research combined with the mechanism of occurrence and development.