In situ hybridization has provided insights into the molecular basis of skeletal myogenesis during embryonic development. In situ detection of different muscle-specific regulatory factors in whole embryos has been described. Spatial and temporal expression patterns of these factors differed among species. The expression pattern of MyoD in whole chicken embryos was studied via in situ hybridization using a probe obtained by the reverse transcription - polymerase chain reaction (RT-PCR) technique. In newly formed somites (embryos of stage 12), MyoD mRNA transcripts were detected along the anterior to posterior axis of somites immediately adjacent to the neural tube, whereas in mature somites (embryos of stage 24), MyoD transcripts were detect...
Myostatin is a potent inhibitor of muscle growth. Genetic deletion of Myostatin leads to massive hyp...
AbstractMyf-5 is one of four myogenic regulatory factors that play important roles in skeletal muscl...
In this study, we have isolated and characterized the chicken Myf5 gene, and cDNA clones encoding ch...
In situ hybridization has provided insights into the molecular basis of skeletal myogenesis during e...
AbstractThis study examines the time of appearance of myogenic determination factor (MDF) transcript...
The expression of the myogenic regulatory factors (MRFs), Myf5, MyoD, myogenin (Mgn) and MRF4 have b...
Important advances have been made in understanding the genetic processes that control skeletal muscl...
Avanços importantes na compreensão do processo de formação da musculatura esquelética foram realizad...
<p>(A) Lateral view of a HH20 chick embryo hybridized with a <i>MyoR</i> probe. HH20 (B,C), HH22 (D,...
O padrão de expressão temporal e espacial do gene da miostatina foi investigado em embriões de galin...
The epiblast of the chick embryo gives rise to the ectoderm, mesoderm, and endoderm during gastrulat...
O desenvolvimento do músculo esquelético em vertebrados é um processo bem organizado que envolve div...
AbstractMyostatin is a potent inhibitor of muscle growth. Genetic deletion of Myostatin leads to mas...
MyoD expression is thought to be induced in somites in response to factors released by surrounding t...
A series of elaborately regulated and orchestrated changes in gene expression profiles leads to musc...
Myostatin is a potent inhibitor of muscle growth. Genetic deletion of Myostatin leads to massive hyp...
AbstractMyf-5 is one of four myogenic regulatory factors that play important roles in skeletal muscl...
In this study, we have isolated and characterized the chicken Myf5 gene, and cDNA clones encoding ch...
In situ hybridization has provided insights into the molecular basis of skeletal myogenesis during e...
AbstractThis study examines the time of appearance of myogenic determination factor (MDF) transcript...
The expression of the myogenic regulatory factors (MRFs), Myf5, MyoD, myogenin (Mgn) and MRF4 have b...
Important advances have been made in understanding the genetic processes that control skeletal muscl...
Avanços importantes na compreensão do processo de formação da musculatura esquelética foram realizad...
<p>(A) Lateral view of a HH20 chick embryo hybridized with a <i>MyoR</i> probe. HH20 (B,C), HH22 (D,...
O padrão de expressão temporal e espacial do gene da miostatina foi investigado em embriões de galin...
The epiblast of the chick embryo gives rise to the ectoderm, mesoderm, and endoderm during gastrulat...
O desenvolvimento do músculo esquelético em vertebrados é um processo bem organizado que envolve div...
AbstractMyostatin is a potent inhibitor of muscle growth. Genetic deletion of Myostatin leads to mas...
MyoD expression is thought to be induced in somites in response to factors released by surrounding t...
A series of elaborately regulated and orchestrated changes in gene expression profiles leads to musc...
Myostatin is a potent inhibitor of muscle growth. Genetic deletion of Myostatin leads to massive hyp...
AbstractMyf-5 is one of four myogenic regulatory factors that play important roles in skeletal muscl...
In this study, we have isolated and characterized the chicken Myf5 gene, and cDNA clones encoding ch...