Brachyury is a transcription factor important for mesoderm formation in chordates. Ctenophores are basal metazoans with little known about their germ layer organization. For this reason, brachyury was used as a possible mesodermal marker in the ctenophore Pleurobrachia bachei . The gene was cloned and then used for in situ hybridizations in adults. This revealed distinctive expression patterns in the tentacles and combs of the animal, with banding patterns indicative of possible muscle cells. The Pb brachyury sequence was also used to help validate extant gene models. It was found that these models did not correctly predict the brachyury gene structure. For this reason, the gene models were updated with new training data. The results of thi...
Bilaterians share a conserved molecular toolkit depicted in Gene Regulatory Networks (GRNs) that con...
AbstractThis work concerns the expression of two transcription factors during the development of the...
The TGF-β superfamily of signaling pathways is key in regulating embryonic development (Heldin et al...
Brachyury is a transcription factor important for mesoderm formation in chordates. Ctenophores are b...
Brachyury and Forkhead are transcription factors that play an important role for development within...
AbstractBrachyury, a member of the T-box transcription family identified in a diverse array of metaz...
There has been a long debate in the scientific community over the oldest surviving metazoan lineage...
AbstractThe studies described here sought to identify and characterize genes involved in the gastrul...
Brachyury is a transcription factor that functions in gastrulation and endoderm development througho...
Brachyury is a transcription factor that functions in gastrulation and endoderm development througho...
AbstractThe Brachyury, or T, gene is required for notochord development in animals occupying all thr...
AbstractOrthologues of Brachyury, a subfamily of T-box transcription factors, specify distinct cell ...
International audienceBrachyury is a key transcription factor whose homologs have been identified in...
Among chordate taxa, the cephalochordates diverged earlier than urochordates and vertebrates; thus, ...
This work concerns the expression of two transcription factors during the development of the sea urc...
Bilaterians share a conserved molecular toolkit depicted in Gene Regulatory Networks (GRNs) that con...
AbstractThis work concerns the expression of two transcription factors during the development of the...
The TGF-β superfamily of signaling pathways is key in regulating embryonic development (Heldin et al...
Brachyury is a transcription factor important for mesoderm formation in chordates. Ctenophores are b...
Brachyury and Forkhead are transcription factors that play an important role for development within...
AbstractBrachyury, a member of the T-box transcription family identified in a diverse array of metaz...
There has been a long debate in the scientific community over the oldest surviving metazoan lineage...
AbstractThe studies described here sought to identify and characterize genes involved in the gastrul...
Brachyury is a transcription factor that functions in gastrulation and endoderm development througho...
Brachyury is a transcription factor that functions in gastrulation and endoderm development througho...
AbstractThe Brachyury, or T, gene is required for notochord development in animals occupying all thr...
AbstractOrthologues of Brachyury, a subfamily of T-box transcription factors, specify distinct cell ...
International audienceBrachyury is a key transcription factor whose homologs have been identified in...
Among chordate taxa, the cephalochordates diverged earlier than urochordates and vertebrates; thus, ...
This work concerns the expression of two transcription factors during the development of the sea urc...
Bilaterians share a conserved molecular toolkit depicted in Gene Regulatory Networks (GRNs) that con...
AbstractThis work concerns the expression of two transcription factors during the development of the...
The TGF-β superfamily of signaling pathways is key in regulating embryonic development (Heldin et al...