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Keyword [Myosin Heavy Chain]
Result: 81 - 99 | Page: 5 of 5
81. Soleus myosin heavy chain isoform expression in diabetic neuropathy and in aging: A comparison
82. Mechanisms of Atrophy and Myosin Heavy Chain Co-expression in Aging Muscle
83. Impact of myosin heavy chain isoform expression and cardiac disease on cross-bridge cycling kinetics
84. Effect of myosin heavy chain isoform composition on tenderness of bovine muscles from carcasses of two skeletal maturities
85. The effect of spaceflight on the patterns of myosin heavy chain and cross sectional area in rat crural diaphragm
86. Models of aerobic capacity and myocardial function: Possible association of cardiac myosin heavy chain ATPase
87. Structure and function of the cardiac myosin heavy chain genes in Syrian hamster
88. Cardiac differentiation in Xenopus laevis: Identification and expression analysis of a cardiac myosin heavy chain gene
89. Effects of high and low velocity muscle contraction on myosin heavy chain mRNA and protein expression in conjunction with muscle performance in the elderly
90. Myosin Heavy Chain Characteristics and Their Relationship to Exercise Performance
91. Clinical Features Analysis, Mutation Screening And Pathogenic Mechanism Study Of A Family With MYH9-Related Disease
92. Research On Thrombocytopenia In MYH9-related Disorder By Gelsolin Regulated Cytoskeleton With Apoptosis Mechanism
93. Hypertrophic Cardiomyopathy Phenotype In Knock-in Mice Of Sarcomere Gene Mutations
94. Research On The Core Target Of Atherosclerosis And Its Mechanism
95. The Study On Enu Chemically Mutagenic Zebrafish Mutants Of Phosphoinositide Phosphatase Gene Fig4a And Myosin Heavy Chain Gene Myhz2
96. Effect Of Wenyang Yiqi Huoxue Prescription On Myocardial Myosin And Troponin In Rats With Chronic Heart Failure
97. Study On The Mechanism Of Coupling Of Mitochondria-Myosin Heavy Chain In Myogenic Differentiation Regulated By JMJD3
98. The Role Of FoxP3 In Cardiac Hypertrophy And Transcription Process Of Myh7 With The Effect Of Triptolide
99. MYH9 Suppresses Autophagy And Promotes Glioma Malignant Activities Via USP14/c-Myc/p62 Axis
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