Myotube - Globe Thesis - Globe Thesis

Keyword [Myotube] Result: 1 - 20 \| Page: 1 of 1
1.	Insulin Intensive Treatment On Hyperproteolysis Of Skeletal Muscle In Burned Sepsis
2.	Changes Of Excitation-contraction Units In Cyclic-strain-loaded Cultured Myotubes In Vitro And In Superficial Masseter Of Rats After Functional Mandible Advancement In Vivo
3.	Preliminary Experimental Study On Autologous Muscle Satellite Cell Injection For Female Stress Urinary Incontinence
4.	Effects Of Hydrogen Sulfide On Insulin Resistance And Its Mechanism
5.	Continuous Sedation With Low-dose Propofol In Severe Burns
6.	Creation Of A Muscle C2C12GLUT4myc Cell Line And The Study Of The Mechanism Of Contraction-regulated GLUT4 Translocation
7.	Study On The Mechanism Of Skeletal Muscle Hyperproteolysis During Burn Sepsis
8.	Anatomy And Etiologic Study Of The Peroneal Tunnel Syndrome
9.	Effects And Mechanisms Of Rapamycin On Myoblast Therapy During Skeletal Muscle Injury
10.	Establishment Of Spinal Cord Anterior Horn Motor Neurons And Skeletal Muscle Cells Co-culture System
11.	Ligustilide Prevents The Apoptosis Effects Of Tumour Necrosis Factor-alpha During C2C12Cell Differentiation
12.	Adult Ultrasonography Value Of CSA Testing Research In Fibular Myotube Syndrome Diagnosis And Treatment
13.	Therapeutic Genome Editing On Human DM1 Induced Pluripotent Stem Cells And Establishment Of Outcome Measure For Function Evaluation Of Skeletal Muscle Precursor Cells For DM1
14.	Lung Cancer-derived Exosomes Induced Myotube Atrophy Via The Extracellular IL-6-Mediated STAT3 Pathway
15.	Exploring a role for PLD3 during in vitro myogenesis
16.	Biphasic effects of nitric oxide on skeletal muscle myotube atrophy
17.	Myotube-derived neutrophil chemoattractants: Effects of mechanical strain and injury
18.	Using Mechanical Strain as a Vehicle to Direct Fibroblasts-Mediated Myoblast Differentiation and Myotube Function
19.	Effects And Mechanism Of TGF-? Signaling On Skeletal Muscle Inflammation/Immune Response
20.	Ezrin Regulated Myoblast Differentiation/Fusion And Myotube Specialization Through PKA-NFAT-MyoD/MEF2csignalling Pathway
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