Skeletal - Globe Thesis

Keyword [Skeletal] Result: 1 - 20 \| Page: 1 of 10
1.	Effects Of Zinc Ions And Divalent Cation's Chelators On Ryanodine Receptors Of Skeletal And Cardiac Muscle
2.	Regulatory Effect Of IGFs Family On Osteogenesis
3.	The Study On The Potential Of Recombinant Myostatin Protein As Vaccine To Improve Muscle Mass
4.	Skeletal Characteristics Of Mamenchisaurus Youngi And The Systematics Of Mamenchisuarids
5.	Expression Of Viral-mediate System For Co-regulation GH In Mouse Skeletal Muscle And Its Effect On Animal Growth-Enhangcing
6.	Function Study Of IHH And FGF8 In The Development Of The Distal Skeletal Elements In Vertebrate Limbs
7.	Research On Transportation System In Southern Slop Of Dongying Sag
8.	Zebrafish Heart Development Related Gene ��-sg And The Foxp1 The Cloning, Expression And Function Studies,
9.	Olfactory And Skeletal Reconstruction. Amphibian Metamorphosis Process
10.	Real Time Researches On Morphological Changes In Skeletal Muscle During Excitation-contraction Coupling
11.	Research On The Mechanism Of Ca～(2+) Released From The Sarcoplasmic Reticulum In Skeletal Muscle
12.	Effects Of Extremely Low Frequency Magnetic Field On Ca～(2+) Transport Of Skeletal Muscle Sarcoplasmic Reticulum Vesicles
13.	Study On The Effects Of Specific Physical And Chemical Factors On Redox System Of Skeletal Muscle Sarcoplasmic Reticulum
14.	Revision On The Planimetric Model Of Unipennate Skeletal Muscle And Fem-Simulation Of Skeletal Muscle Contraction
15.	Combination Of CMV And SP Promoters Enhance The Expression Efficiency Of An Exogenous Gene In Mouse Skeletal Muscle
16.	Evaluation Of Taxonomic Character On Some Chinese Species In The Genus Phrynocephalus
17.	Yak Myoglobin: CDNA Sequence Analysis And Oxidation In Skeletal And Cardiac Muscles
18.	Studies On The Os Nasocavorum Of Order Anura And Anatomy And Comparison Of The Skeletal System Of Three Kinds Of Frogs
19.	Study Of Ciliary Neurotrophic Factor Via ERK1/2 Pathway During Myogenic Differentiation Of Adult Human Myoblasts In Vitro
20.	Study On The Modulation Of Naphthoquinon And Selenium Compounds To The Skeletal Type Ryanodine Receptor
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