International audienceBrachyury is a key transcription factor whose homologs have been identified in many animal species. Different Brachyury expression patterns have been observed amongst echinoderms. We have isolated PlBra, the Brachyury ortholog from the sea urchin Paracentrotus lividus and analyzed its expression during development. PlBra is first expressed at the end of cleavage in a ring of cells at the border between the presumptive endoderm and mesoderm territories. At later stages, PlBra is expressed around the blastopore and in the stomodaeum area as in most basal deuterostomes
Abstract Background Conservation of orthologous regulatory gene expression domains, especially along...
Two homeobox-containing genes that belong to different homeodomain classes have been isolated from a...
This chapter focuses on cellular and molecular basis of the initial specification processes that occ...
This work concerns the expression of two transcription factors during the development of the sea urc...
AbstractThis work concerns the expression of two transcription factors during the development of the...
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 studies described here sought to identify and characterize genes involved in the gastrul...
AbstractThe Brachyury, or T, gene is required for notochord development in animals occupying all thr...
Brachyury is a transcription factor important for mesoderm formation in chordates. Ctenophores are b...
Bilaterians share a conserved molecular toolkit depicted in Gene Regulatory Networks (GRNs) that con...
Brachyury is a transcription factor important for mesoderm formation in chordates. Ctenophores are b...
International audienceWe report the expression patterns of three transcripts encoding RNA-binding pr...
The recent wealth of genomic data has confirmed that bilaterians as simple as nematodes and as compl...
Brachyury is a T-box family transcription factor and plays pivotal roles in morphogenesis. In sea ur...
Abstract Background Conservation of orthologous regulatory gene expression domains, especially along...
Two homeobox-containing genes that belong to different homeodomain classes have been isolated from a...
This chapter focuses on cellular and molecular basis of the initial specification processes that occ...
This work concerns the expression of two transcription factors during the development of the sea urc...
AbstractThis work concerns the expression of two transcription factors during the development of the...
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 studies described here sought to identify and characterize genes involved in the gastrul...
AbstractThe Brachyury, or T, gene is required for notochord development in animals occupying all thr...
Brachyury is a transcription factor important for mesoderm formation in chordates. Ctenophores are b...
Bilaterians share a conserved molecular toolkit depicted in Gene Regulatory Networks (GRNs) that con...
Brachyury is a transcription factor important for mesoderm formation in chordates. Ctenophores are b...
International audienceWe report the expression patterns of three transcripts encoding RNA-binding pr...
The recent wealth of genomic data has confirmed that bilaterians as simple as nematodes and as compl...
Brachyury is a T-box family transcription factor and plays pivotal roles in morphogenesis. In sea ur...
Abstract Background Conservation of orthologous regulatory gene expression domains, especially along...
Two homeobox-containing genes that belong to different homeodomain classes have been isolated from a...
This chapter focuses on cellular and molecular basis of the initial specification processes that occ...