1.
Investigation in the types of gliding contusion of brain in 132 cases and on its mechanism with site of force;
132例滑动性脑挫伤类型与受力机制、受力部位的探讨
2.
Dynamic change and clinical significance of serum neuron-spedfic enolase(NSE)in patients with acute cerebral contusion
急性脑挫伤患者血清神经元特异性烯醇化酶的动态变化及其意义
3.
The Expression of Nestin and HSP70 Following Traumatic Brain Injury in Rats;
大鼠脑挫伤后nestin/HSP70表达与脑挫伤经过时间的实验性研究
4.
Relation Between HIF-1α/IGF-1 Expressions and the Post Brain Injury Interval in Rats;
HIF-1α、IGF-1表达与脑挫伤时间的相关性
5.
The changes of GFAP,PCNA after brain contusion:an immunohistochemical study in forensic pathology;
实验性脑挫伤GFAP,PCNA免疫组织化学研究
6.
The study on expression of caspase-1 in experimental brain contusion of different severity in rats;
实验性脑挫伤后caspase-1表达的研究
7.
The timing expression of apo E following experimental traumatic brain injury in the rat;
大鼠实验性脑挫伤后不同时间脑apoE的表达
8.
Analysis of 54 Cases of Brain Injury in the Lateral Fissure Part
外伤性侧裂区域脑挫裂伤54例临床分析
9.
Objective To investigate the diagnostic value of low field MRI in bump brain contusion.
目的 探讨脑对冲性挫裂伤的低场MRI诊断价值。
10.
The study of forensic histopathology of 85 adults of the human brain contusion;
85例成人闭合性脑挫伤组织病理学研究
11.
TEM observations of closed cerebellum concussion in SD rats;
SD大鼠闭合性小脑挫伤的透射电镜观察
12.
A preliminary study on expression of caspase-3 in experimental brain contusion in rats;
实验性脑挫伤后caspase-3表达的免疫组织化学研究
13.
The Study on Changes of Expression of PSD-95 after Brain Contusion in Rats
大鼠脑挫伤后PSD-95表达变化的时间规律性研究
14.
Surgical treatment through pterional approach amplification for sylvian fissure contusion of brain
扩大翼点入路手术治疗对冲性侧裂区脑挫裂伤
15.
Time-order Expression of Caspase 3 and iNOS in Contused Human Brain Tissue
Caspase3和iNOS在人挫伤脑组织中的时序性表达
16.
Experience of 69 Cases Contre-coup Lesion Bottome-prefrontal Lobe Cerebral Contusion and Laceration
对冲性前额叶底部脑挫裂伤69例诊治体会
17.
The Influence of Acute Regional Contusion and Lace-ration of the Brain on Cerebral Microcirculation and Ultrastructure of Nervous Tissue in Rats;
急性局灶性脑挫裂伤对大鼠脑微循环及神经组织超微结构的影响
18.
Neuroprotective Effects of Rheum Tanguficum Polysaccharides (RTP) on Rats with Traumatic Brain Injury (TBI);
大黄多糖对实验性脑挫裂伤大鼠的脑保护作用及其机制研究