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Keyword [muscle skeletal]
Result: 1 - 20 | Page: 1 of 2
1.
Experimental Study Of The Effects Of Composite Pseudostellaria Granule On Denervated Muscular Atrophy
2.
Insulin Intensive Treatment On Hyperproteolysis Of Skeletal Muscle In Burned Sepsis
3.
Distribution And Sequence Identification Of A Protein P25 Which Is Insufficient In Skeletal Muscle Of MG Patients
4.
The Laboratory Study Of The Effect Of Autologous Adult Stem Cell Transplantation On The Treatment Of Mechanical Traumatic Extraocular Muscle In Rabbit
5.
Study On The Mechanism Of Skeletal Muscle Hyperproteolysis During Burn Sepsis
6.
Experimental Research Of Coculture Of Myoblasts And Cardiac Myocytes In Vitro
7.
The Empirical Study Of The Animal Model Of The RatBone Marrow Stem Cells's Culture, Introduced Into Muscle Skeletal Cells For Treatment Muscle Skeletal Injury
8.
Transient Effect Of The Different Order Of Interference Between Acupuncture And Exercise Therapy On The IEMG In The Patients Gastrocnemius Of Cerebral Palsy
9.
Application Value Of320Slice CT Perfusion Imaging In The Evaluation Of Lower Limbs Acute Ischemia Reperfusion Injury In Rabbits
10.
Role Of ERK In Change Of AChR During Resistance To Rocuronium In Skeletalmuscles Of Burned Rats
11.
Analysis Of The Composition Of Cell Subsets In Skeletal Muscle Tissue And Their Role In Skeletal Muscle Regeneration
12.
CT Perfusion Imaging Combined With Color-coded Blood Flow Imaging To Evaluate The Experimental And Clinical Application Of Skeletal Muscle Perfusion
13.
Chondrogenic Progenitor Cells Isolated From The Fascia Of Skeletal Muscle
14.
Research On Diagnosis Method Of Bone X-ray Image Based On Traditional Machine Vision Method
15.
Effects of adiponectin on skeletal and cardiac muscle cell metabolism
16.
The role of desmin in the signaling response to mechanical stretch of skeletal muscle
17.
Slow skeletal muscle actin: Confirmation and further insights
18.
Cell based therapeutic approaches for muscle regeneration
19.
Skeletal and Cardiac Muscle Energy Metabolism in Health and Disease
20.
Role of the Retinoid X Receptors in Skeletal Muscle Development
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