Traumatic brain - Globe Thesis

Keyword [Traumatic brain] Result: 1 - 20 \| Page: 1 of 10
1.	The Experimental And Preliminary Clinical Study Of Role Of Brain Tissue Oxygenation After Traumatic Brain Injuries
2.	The Mechanisms Of Effect And Regulation Of Mitogen Activated Protein Kinases(MAPKs)Signal Transduction Following Traumatic Brain Injury
3.	The Experimental And Clinical Studies On Apoptosis Of Neural Cells And Its Relationship To Caspase-3 Gene Expression After Acute Traumatic Brain Injury
4.	The Study On The Biological Properties Of Neural Stem Cells, NSCs Transplantation After Traumatic Brain Injury Improving Functional Outcome In Adult Rats, And Gene Therapy Of Experimental Brain Tumors
5.	Differential Expression Of NGF, Bcl-2 And Bax Gene In Aged And Young Rats After Fluid Percussion Brain Injury
6.	Effect Of Cysteinyl Leukotriene Receptor 1 And Its Antagonist, ONO-1078, On Brain Injury
7.	The Experimental Studies Of Mechanisms Of Regulation Of Mitochondria On Catecholamines Damaging To Neuronal Cell Following Traumatic Brain Injury
8.	Effects Of CT-1 Gene And Geneticlly Modified NSCs Transplantation On Traumatic Brain
9.	The Role Of Neural Stem Cells Modified By VEGF In Traumatic Injured Brain
10.	Correlation Of Brain Water Content With MRI Relaxation Time T₁ And Apparent Diffusion Coefficient Studied At 7.0 T In Two Models Of Focal Cerebral Ischemia And Traumatic Brain Injury In The Rat
11.	Theoretical And Experimental Study Of Promoting Flow And Alleviating Water Retention In Treatment Of Traumatic Brain Edema
12.	Cultivation, Differentiation And Transplantation Into Severely Traumatic Brain Of Rat Embryonic Neural Stem Cells
13.	Study In Microglial Apoptosis After Traumatic Brain Injury By Tissue Microarray And Proteome Related With Microglial Apoptosis
14.	Proteomic Analysis Of The Differential Protein Expression Of The Human Cerebral Cortex After Acute Severe Traumatic Brain Injury
15.	The Study On The Biological Characteristics Of Human Umbilical Cord Blood-derived Mesenchymal Stem Cells, Differentiation Into Neurocyte-like Cells, And Transplantation Into Experimental Traumatic Brain Injury To Improve Neurological Function
16.	The Mechanism Study Of Accelerated Healing In Fracture Combined With Traumatic Brain Injury
17.	Experimental Study On The Use Of Human Amniotic Cells In Traumatic Brain Injury
18.	Investigation Of Stereostactic Control Of Fluid-percussion Impact In Traumatic Brain Injury Model In Rat
19.	Establishment Of Severe Traumatic Brain Injury Model Induced By Fluid Percussion In Rabbits And The Effects Of Posttraumatic Mild Hypothermia Therapy
20.	Study On The Biological Characteristics Of Human Umbilical Cord-derived Mesenchymal Stem Cells, Differentiation Into Neurocyte-like Cells, And Therapeutic Effect After Transplantation Into Experimental Traumatic Brain Injury
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