1.Application of lateral postion in BHID of chronic subdural haematoma
Xuyuan DING ; Zhongqi QIAN ; Bo GAO ; Shulin WANG ; Hua DENG ; Jie SHEN ; Fengen LI
Chinese Journal of Primary Medicine and Pharmacy 2016;23(15):2347-2349
Objective To compare different incidence between lateral position and horizontal position in the Burr holes irrigation drainage(BHID).The BHID is wildly known as the most frequently used neurosurgical treatment of chronic subdural hematoma(CSDH).Methods A total of 80 cases were selected which were undergone BHID during January 2010 and December 2015,and the incidence of intracranial pneumatocele was compared after operation.All of cases came from the Second People′s Hospital of Tai Zhou City.Results There were 5 cases(out of 50,10%)having moderate intracranial pneumocephalus but no numerous intracranial pneumocephalus in lateral position,while 26 cases(out of 30 cases,87%)in horizontal position emerging moderate amount or more intracranial pneumatocele.And there were 8 cases'numerous pneumatocele in the horizontal postion group.There was no tension pneumothorax emerging in both groups.Both groups had statistical difference (χ2 =46.43,P <0.01.Conclusion BHID in lateral postion is a simple and effective method for CSDH,and it is conducive to reduce postoperative intracranial pneumatosis.That is worthy of application and promotion.
2.Therapeutic Effect of Reptilase Combined with Omeprazole in Treating Severe Craniocerebral Injury Complicated with Upper Gastrointestinal Hemorrhage
Xuyuan DING ; Shulin WANG ; Fen'Gen LI ; Shaofeng YANG ; Hua DENG ; Yu YAO
China Pharmacy 2005;0(24):-
OBJECTIVE:To observe the therapeutic effect of reptilase combined with omeprazole in treating severe cran?iocerebral injury complicated with upper gastrointestinal hemorrhage.METHODS:A total of178patients were randomly di?vided into2groups,treatment group were treated with reptilase in combination with omeprazole and control group received single omeprazole with3days.RESULTS:The effective rates in treatment group and control group were96.55%and84.62%,respectively,there was significant difference between2groups(P
3.An experimental study about how edaravone affect the nerve cells apoptosis in the compressed spinal cord
Bo GAO ; Mingyan DONG ; Xuyuan DING ; Yulin LIU ; Guoxi WANG ; Wenju FU ; Yang GUO ; Guanghai SUN
Journal of Chinese Physician 2017;19(4):514-517
Objective To investigate the protective function of edaravone in the compressed spinal cord.Methods There were 150 rabbits enrolled in each group in the experiment.Rabbits in both operation group and edaravone (EDA) treating group received mild spinal cord compressionby setting a flap head screw between C6 C7 after the neck.The spinal cord decompression was conducted seven days later.After 6 hours,rabbits in the EDA treating group were injected with a large amount of EDA through ear border veins,while the rabbits in the operation group only received 0.9% sodium chloride injection.The transmission electron microscope was used to observe the apoptotic bodies at 1 day,3 days and 7 days after compression,and 1 day,3 days,7 days,and 14 days after decompression.Flow cytometry was used to test the rate of apoptosis of spinal cord cells.Immunohistochemistry was used to test the expression of Bax protein that is related to apoptosis.Results The neuronal apoptosis appeared after compression in both operation group and EDA-treating group.The Basso Beattie Bresnahan (BBB) score,neuronal apoptosis rates,and Bax protein expressions in both groups were statistically different (P < 0.05) when the spinal cord was compressed in the first day and the third day,while there was no statistically different when spinal cord compressed at the seventh day (P > 0.05).After decompression of the spinal cord,the BBB score,neuronal apoptosis rates,and Bax protein expressions in both groups were becoming lower at the seventh day (P <0.05).Conclusions EDA has protective function for compressed spinal cord.However,only the compression of spinal cord compression period of sufficient decompression can fundamentally protect the spinal cord.