AbstractDevelopmental gradients play a central role in axial patterning in hydra. As part of the effort towards elucidating the molecular basis of these gradients as well as investigating the evolution of the mechanisms underlying axial patterning, genes encoding signaling molecules are under investigation. We report the isolation and characterization of HyBMP5-8b, a BMP5-8 orthologue, from hydra. Processes governing axial patterning are continuously active in adult hydra. Expression patterns of HyBMP5-8b in normal animals and during bud formation, hydra's asexual form of reproduction, were examined. These patterns, coupled with changes in patterns of expression in manipulated tissues during head regeneration, foot regeneration as well as u...
AbstractWnt genes and β-Catenin signaling are involved in axial patterning processes in vertebrate e...
AbstractBoundary formation is an important mechanism of development and has been studied in a number...
AbstractWnt genes and β-Catenin signaling are involved in axial patterning processes in vertebrate e...
AbstractDevelopmental gradients play a central role in axial patterning in hydra. As part of the eff...
Developmental gradients play a central role in axial patterning in the diploblastic Hydra. As part o...
AbstractAxial patterning of the aboral end of the hydra body column was examined using expression da...
AbstractAxial patterning of the aboral end of the hydra body column was examined using expression da...
AbstractLocal self-activation and long ranging inhibition provide a mechanism for setting up organis...
Understanding the molecular events that underlie the evolution of morphological diversity is a major...
The freshwater cnidarian Hydra owes its long history in experimental biology to its unique potential...
Understanding the molecular events that underlie the evolution of morphological diversity is a major...
AbstractHydra's remarkable capacity to regenerate, to proliferate asexually by budding, and to form ...
Homologues of the T-box gene Brachyury play important roles in mesoderm differentiation and other as...
The Wnt/b-catenin signaling pathway is highly conserved in all metazoans, involved in numerous devel...
Modeling of pattern formation in hydra has revealed basic mechanisms that underlie the reproducible ...
AbstractWnt genes and β-Catenin signaling are involved in axial patterning processes in vertebrate e...
AbstractBoundary formation is an important mechanism of development and has been studied in a number...
AbstractWnt genes and β-Catenin signaling are involved in axial patterning processes in vertebrate e...
AbstractDevelopmental gradients play a central role in axial patterning in hydra. As part of the eff...
Developmental gradients play a central role in axial patterning in the diploblastic Hydra. As part o...
AbstractAxial patterning of the aboral end of the hydra body column was examined using expression da...
AbstractAxial patterning of the aboral end of the hydra body column was examined using expression da...
AbstractLocal self-activation and long ranging inhibition provide a mechanism for setting up organis...
Understanding the molecular events that underlie the evolution of morphological diversity is a major...
The freshwater cnidarian Hydra owes its long history in experimental biology to its unique potential...
Understanding the molecular events that underlie the evolution of morphological diversity is a major...
AbstractHydra's remarkable capacity to regenerate, to proliferate asexually by budding, and to form ...
Homologues of the T-box gene Brachyury play important roles in mesoderm differentiation and other as...
The Wnt/b-catenin signaling pathway is highly conserved in all metazoans, involved in numerous devel...
Modeling of pattern formation in hydra has revealed basic mechanisms that underlie the reproducible ...
AbstractWnt genes and β-Catenin signaling are involved in axial patterning processes in vertebrate e...
AbstractBoundary formation is an important mechanism of development and has been studied in a number...
AbstractWnt genes and β-Catenin signaling are involved in axial patterning processes in vertebrate e...