AbstractXnot-2is a homeobox gene expressed in Spemann's organizer. Here we present evidence that microinjection of syntheticXnot-2mRNA leads to the formation of notochord. Microinjection into the dorsal side of theXenopusembryo results in greatly expanded notochords. Nearby somitic and prechordal mesoderm becomes recruited into these enlarged notochords, which also affect CNS patterning. Two early genes expressed in the developing notochord,chdandXFKH-1,are activated byXnot-2.We conclude that gain-of-function ofXnot-2promotes notochord formation
AbstractUsing an expression cloning strategy that relies on a functional assay, we have cloned a nov...
BACKGROUND: Studies of the Xenopus organizer have laid the foundation for our understanding of the c...
Nearly three quarters of a century ago, Hans Spemann and Hilde Mangold carried out an experiment tha...
AbstractXnot-2is a homeobox gene expressed in Spemann's organizer. Here we present evidence that mic...
International audienceThe Xenopus trunk organiser recruits neighbouring tissues into secondary trunk...
AbstractThe notochord is the defining characteristic of the chordate embryo and plays critical roles...
AbstractCNOT2,a newly identified homeobox gene, is physically linked to theCNOT1gene in the chicken ...
AbstractCells in the presumptive neural ectoderm of Xenopus are committed to neural fate through a p...
AbstractThe understanding of vertebrate development has greatly benefited from the study of gastrula...
AbstractA growing body of work indicates that neural induction may be initiated prior to the establi...
AbstractA functional screen for gene products that rescue dorsal development in ventralized Xenopus ...
AbstractTo elucidate the molecular basis of organizer functions in Xenopus, we sought the target gen...
AbstractNeural patterning occurs soon after neural induction during early development. In Xenopus, s...
AbstractXATH-1,a basic/helix-loop-helix transcription factor and a homolog ofDrosophila atonaland ma...
AbstractGbx2 homeobox genes are important for formation and function of the midbrain/hindbrain bound...
AbstractUsing an expression cloning strategy that relies on a functional assay, we have cloned a nov...
BACKGROUND: Studies of the Xenopus organizer have laid the foundation for our understanding of the c...
Nearly three quarters of a century ago, Hans Spemann and Hilde Mangold carried out an experiment tha...
AbstractXnot-2is a homeobox gene expressed in Spemann's organizer. Here we present evidence that mic...
International audienceThe Xenopus trunk organiser recruits neighbouring tissues into secondary trunk...
AbstractThe notochord is the defining characteristic of the chordate embryo and plays critical roles...
AbstractCNOT2,a newly identified homeobox gene, is physically linked to theCNOT1gene in the chicken ...
AbstractCells in the presumptive neural ectoderm of Xenopus are committed to neural fate through a p...
AbstractThe understanding of vertebrate development has greatly benefited from the study of gastrula...
AbstractA growing body of work indicates that neural induction may be initiated prior to the establi...
AbstractA functional screen for gene products that rescue dorsal development in ventralized Xenopus ...
AbstractTo elucidate the molecular basis of organizer functions in Xenopus, we sought the target gen...
AbstractNeural patterning occurs soon after neural induction during early development. In Xenopus, s...
AbstractXATH-1,a basic/helix-loop-helix transcription factor and a homolog ofDrosophila atonaland ma...
AbstractGbx2 homeobox genes are important for formation and function of the midbrain/hindbrain bound...
AbstractUsing an expression cloning strategy that relies on a functional assay, we have cloned a nov...
BACKGROUND: Studies of the Xenopus organizer have laid the foundation for our understanding of the c...
Nearly three quarters of a century ago, Hans Spemann and Hilde Mangold carried out an experiment tha...