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Transcriptomic Profiling During Myogenesis
2018Microarray-based transcriptomic profiling enables simultaneous measurement of expression of multiple genes from one biological sample. Here we describe a detailed protocol, which serves to examine global gene expression using whole genome oligonucleotide microarrays.
Alicja, Majewska +2 more
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Mitochondrial proliferation during myogenesis
Experimental Cell Research, 1981Abstract The mitochondrial (mt) DNA content of muscle cells increases about 4-fold during myogenesis. This is apparently the result of continued mtDNA replication after the myoblasts become post-mitotic and nuclear DNA synthesis ceases. The rate of mtDNA synthesis in prefusion cells exceeds that necessary for growth, indicating mt turnover ...
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Myokines in Myogenesis and Health
Recent Patents on Biotechnology, 2012Although some myokines exert their actions on other organs in a hormone-like fashion, many of them operate locally on skeletal muscle themselves. Myokines may thereby provide a feedback loop for the muscle to regulate its own growth and regeneration allowing for adaptation to exercise training.
Henriksen, Tora +2 more
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Epigenetic Regulation of Adult Myogenesis
2018Skeletal muscle regeneration is an efficient stem cell-based repair system that ensures healthy musculature. For this repair system to function continuously throughout life, muscle stem cells must contribute to the process of myofiber repair as well as repopulation of the stem cell niche.
Daniel C L, Robinson +1 more
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Muscle: the regulation of myogenesis
Current Opinion in Genetics & Development, 1994The study of myogenesis in the embryo is a rapidly expanding field. In this context, the consequences of mutating different members of the MyoD family, together with an increasing number of observations that point to the importance of the MEF2 or RSRF family as myogenic regulators, and the identification of Pax-3 as a marker of early myogenic cells ...
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Yi chuan = Hereditas, 2005
Recent genetic and biochemical studies have demonstrated that skeletal muscle growth and differentiation in vertebrates are controlled by a core regulatory network which consists of two families of transcriptional factors, the MyoD group basic helix-loop-helix (bHLH) muscle regulatory factors (MRFs) and the myocyte enhancer factor 2 (MEF2) group of ...
Zhen-long, Cheng +2 more
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Recent genetic and biochemical studies have demonstrated that skeletal muscle growth and differentiation in vertebrates are controlled by a core regulatory network which consists of two families of transcriptional factors, the MyoD group basic helix-loop-helix (bHLH) muscle regulatory factors (MRFs) and the myocyte enhancer factor 2 (MEF2) group of ...
Zhen-long, Cheng +2 more
openaire +1 more source