We are analyzing https://link.springer.com/article/10.1007/s00018-014-1604-5.

Title:
Comparative myogenesis in teleosts and mammals | Cellular and Molecular Life Sciences
Description:
Skeletal myogenesis has been and is currently under extensive study in both mammals and teleosts, with the latter providing a good model for skeletal myogenesis because of their flexible and conserved genome. Parallel investigations of muscle studies using both these models have strongly accelerated the advances in the field. However, when transferring the knowledge from one model to the other, it is important to take into account both their similarities and differences. The main difficulties in comparing mammals and teleosts arise from their different temporal development. Conserved aspects can be seen for muscle developmental origin and segmentation, and for the presence of multiple myogenic waves. Among the divergences, many fish have an indeterminate growth capacity throughout their entire life span, which is absent in mammals, thus implying different post-natal growth mechanisms. This review covers the current state of the art on myogenesis, with a focus on the most conserved and divergent aspects between mammals and teleosts.
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28 years and 1 months (reg. 1997-05-29).

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Keywords {🔍}

muscle, pubmed, google, scholar, cas, cells, development, cell, myogenic, zebrafish, pax, myogenesis, skeletal, dev, expression, central, differentiation, fibers, satellite, mammals, embryonic, biol, myod, muscles, slow, scs, myf, adult, regeneration, gene, mouse, progenitors, teleosts, growth, dermomyotome, hedgehog, genes, role, myotome, mrf, stem, fiber, signaling, mice, distinct, fetal, head, demonstrated, limb, primary,

Topics {✒️}

zinc-finger dna-binding protein c-terminal transactivation/repression domains conserved n-terminal dna-binding sine-oculis-related homeobox 1 pax7-dependent long-term maintenance tgf-beta gene families tgf-beta superfamily member article download pdf tyrosine kinase c-met progressively replaced post-natally muscle-resident progenitor cells muscle fibre-type diversity hematopoietic stem/progenitor cells u-boot mutation identifies post-transcriptional feedback circuit reciprocal negative-feedback loop myod-deficient skeletal muscle reduced cross-sectional area dna-binding protein rpb tgf-β family member myosin heavy chain vector-based rna interference nfi/ctf gene family six4 homeodomain transcription factors cusella-de angelis mg xin-actin-binding repeat post-natal muscle growth pre-existing muscle fibers skeletal muscle reveals pre-natal muscle development muscle cell-type specification slow-fiber precursor migration fast-twitch muscle lineage pax7-positive satellite cells pax7-expressing satellite cells wild-type embryos results satellite-cell pool size age-related impeded regeneration post-natal growth mechanisms pax7-positive dermomyotomal cells post-larval muscle growth include nfatc4-mediated regulation pax7-undifferentiated-positive cells slow-twitch differentiation program anterior border cells mesoderm-derived somites generate early post-natal development tamoxifen-induced pax7 inactivation tgf-β family members promote fast-muscle differentiation

Questions {❓}

Rios AC, Marcelle C (2009) Head muscles: aliens who came in from the cold?
Zammit PS, Golding JP, Nagata Y, Hudon V, Partridge TA, Beauchamp JR (2004) Muscle satellite cells adopt divergent fates: a mechanism for self-renewal?

Schema {🗺️}

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      headline:Comparative myogenesis in teleosts and mammals
      description:Skeletal myogenesis has been and is currently under extensive study in both mammals and teleosts, with the latter providing a good model for skeletal myogenesis because of their flexible and conserved genome. Parallel investigations of muscle studies using both these models have strongly accelerated the advances in the field. However, when transferring the knowledge from one model to the other, it is important to take into account both their similarities and differences. The main difficulties in comparing mammals and teleosts arise from their different temporal development. Conserved aspects can be seen for muscle developmental origin and segmentation, and for the presence of multiple myogenic waves. Among the divergences, many fish have an indeterminate growth capacity throughout their entire life span, which is absent in mammals, thus implying different post-natal growth mechanisms. This review covers the current state of the art on myogenesis, with a focus on the most conserved and divergent aspects between mammals and teleosts.
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