Central nerve system - Globe Thesis

Keyword [Central nerve system] Result: 1 - 17 \| Page: 1 of 1
1.	Establishment Of IGF-Ⅰ Transgenic Mice Model Expressed Specially In The Central Nerve System By Ecdysone-induction
2.	The Protective Mechanisms Of Estrogen On Central Nerve System In Ovariectomized Rats
3.	The Mechanism Of CNS Injury Induced By Fast Decompressing And The Therapeutic Effects Of Hyperbaric Oxygenation
4.	The Study About Express Pattern, Subcellular Localization And Effect On Cell Cycle Of Gene BC023882
5.	Impact Of Acupuncture On PKA-CREB Signal Transduction Pathway Of Central Nerve System In Diabetic Ephalopathy Mouse Model
6.	Genome-wide DNA Methylation Study In ART-conceived Mice And Their Following Descendants
7.	The Laboratory And Clinical Study Of Enteroviral Genovariation And Children Central Nerve System Infection
8.	The Study Of The Damage And Anti-Damage In Central Nerve System Under Different Stress Period
9.	The Expression Of Regeneration Gene Protein-2 (Reg-2) In Spinal Cord Traverse Injury Model
10.	Transplantation Of Adult Stem Cells Derived Neurons In Femoral Nerve Disconnected From The Central Nerve System
11.	Comparative Study Of Pharmacological Effect On Central Nerve System Between Natural Calculus Bovis And Calculus Bovis Cultivated By Glucuronidase
12.	The Treatment Of Forearm Motor Dysfunction Following Central Nerve System Injury With The Contralateral C7Nerve Transfer:an Experimental Study In Rat
13.	Effects Of Electroacupuncture On Dynorphin-A Level In The Central Nerve System Of Rats With Exercise-induced Fatigue
14.	Epidermal Growth Factor Receptor Tyrosine Kinase Inhibitors In The Treatment Of Central Nerve System Metastases From Non-Small Cell Lung Cancer
15.	The Role And Molecular Mechanism Of Oxidative Stress In The Experimentally Pathological Injury Of Central Nerve System Induced By ?-amyloid Protein And Fluoride
16.	Perturbed Myelination And Differential Expression Of MicroRNAs In The Central Nerve System Of Niemann-pick Disease Type C1 Mice
17.	The Role Of Resveratrol In The Mechanism Of Oxidative Stress Injury In Central Nerve System Induced By Experimental Fluorosis
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