1.Ultrastructural Changes of Human Fetal Myocytes in Different Months
Suxia SHAO ; Lei ZHANG ; Xianglin DUAN ; Ping LU ; Jibiao LI
Progress of Anatomical Sciences 2001;7(1):30-32
Objective To study the ultrastructural changes of 8 human fetus hearts of different months Method by TEM and SEM chemical digestion. Results The shape and ultrastructure of myocytes became complicated gradually with development. Conclusion All the changes are related to function of blood supply of human fetal heart.
2.Analysis of the treatment and prognostic factors of hepatic metastases of colorectal cancer:a report of 52 cases
Guangrong CAI ; Xianglin SHAO ; Yong LI ; Rengang SUN ; Baozhong SHEN
Chinese Journal of General Surgery 1993;0(03):-
Objective To evaluate the therapeutic effect,prognostic factors and the methods to improve long term survival of liver resection for hepatic metastases of colorectal cancer.Methods 52 patients operated on for hepatic metastases from colorectal cancer were followed up,and the clinical and pathologic data of 11 (cases),who survived more than 5 years,were compared with 41 survivors of less than 5 years after hepatic (resection).Results The 1-,3-and 5-year survival rate was 75.0%,30.8%,and 21.2%,(respectively).The important factors affecting prognosis were pathologic type of the primary cancer,(number) of (hepatic) metastasis,selection of the methods and timing of surgery,and postoperative treatment(P
3.Innovation and development of gel dressings in bone exposed wound repair
Wentian LI ; Ji TU ; Fei GAO ; Guohui LIU ; Zengwu SHAO ; Lei SHI ; Xianglin ZHANG ; Liming XIONG
Chinese Journal of Tissue Engineering Research 2017;21(10):1617-1622
BACKGROUND: Bone exposed wounds are frequently required to deal with in orthopaedic surgeries, involving the treatment of open fractures, bone tumors, osteomyelitis, and many other diseases, in which the defect of soft tissue caused by open fractures is the most difficult to deal with. Conventional debridement or negative pressure closed drainage technology is difficult to make bone exposed wounds heal, and the process is extremely cumbersome, during which,patients suffer a lot of pain.OBJECTIVE: To evaluate the advantages and disadvantages of the various types of dressings, and review the application of new hydrogel dressing in bone exposed wounds based on its advantages, such as keeping wound environment moisture, restoring skin physical barrier, contributing to routine dressing change.METHODS: A computer-based online retrieval of PubMed and CNKI databases was performed to search papers published between 2000 and 2016 using the key words hydrogel dressing, bone exposed wound, traditional wound dressing, antibiotic in English and Chinese, respectively. A total of 55 papers suitable for final analysis from the application of traditional and new dressings in bone tissue engineering were reviewed.RESULTS AND CONCLUSION: The treatment of bone exposed wounds involves the treatment of many diseases, such as open fractures, bone tumors, osteomyelitis, which is still an orthopedic problem to solve. The novel hydrogel dressings with unique advantages are able to provide better plans for bone exposed wounds, and the use of these dressings solves the regeneration and repair of exposed bone, and improves the infection of antibiosis. In addition, the gel dressings currently have become a hot spot of research because of the characteristics of sustained-release.