white matter - Globe Thesis

Keyword [white matter] Result: 1 - 20 \| Page: 1 of 10
1.	Cerebral White Matter Changes In Diffusion Tensor MRI With Aging Brain And Leukoaraiosis
2.	Protective Effects Of Allopurinol And Moderate Hypothermia On Hypoxic-ischemic Brain Damage In Neonatal Rats
3.	Study Of Cerebral White Matter Fiber By Using MR Diffusion Tensor Imaging
4.	The Case-control Study Of The Risk Factors In Elderly Cognitive Impairment
5.	White Matter Tractography By Diffusion Tensor Imaging Play An Important Role In Prognosis Estimation Of Acute Ischaemia Stroke
6.	Study On The Effects And Mechanisms Of L-3-n-Butylphthalide In Anti-Cerebral Ischemia And Anti-Dementia
7.	Apoptosis, Proliferation And Differentiation Of Neural Stem Cells In The SVZ Of The Neonatal Rats With Hypoxic-ischemia
8.	Role Of S100A4 Protein In Sensory Neurite Outgrowth And Injury-induced Migration Of White Matter Astrocytes
9.	Evaluation Of Short And Long-term Motor And Cognitive In 3-day-old Rats With Hypoxic-ischemic Brain Injury
10.	Diffusion Tensor Imaging In Multiple Sclerosis
11.	Study Of Cerebral White Matter Fiber In Children By Using MR Diffusion Tensor Imaging
12.	MRI Study On Brain Functional And Structural Changes In First-episode Patients With Major Depressive Disorder
13.	Studies On Clinical Characters, Cognitive Function And Diffusion Tensor Imaging In Treatment Non-response Depression
14.	Study Of The Visual Pathway With MR Diffusion Tensor Imaging And Clinical Applications
15.	Study On The Relationship Between High Signal White Matter And Prognosis In Patients With Acute Ischemic Stroke
16.	The Protective Effects Of NRGβ1 On The Hypoxic Injured O2A Progenitors And Hypoxic-ischemic White Matter Damage Of Neonatal Rat
17.	A Therapeutic Window Of Intracerebral Transplantation Of Rat Bone Marrow Stromal Cells On Neonate Rats With Hypoxic-ischemic Brain Damage
18.	Study Of Clinical And Neuroimaging Features In Late-life Depression
19.	The Series Study In Magnetic Resonance Imaging Of SCA3/MJD
20.	Study On The Development Of Glial Scar And The Role Of Acid-sensing Ion Channels In Spinal Cord Injury
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