SummaryDevelopmental biologists have made surprising discoveries on the evolutionary origins of cell types, organs and body plans. Now, an elegant study in Drosophila raises interesting questions about the origin of two major endocrine organs of insects
AbstractThe results of a number of recent studies indicate that eye development in insects and verte...
Conservation of genetic toolkits in disparate phyla may help reveal commonalities in organ designs t...
How do different animals grow to be different sizes? The answer is programmed in their genes, encodi...
SummaryDevelopmental biologists have made surprising discoveries on the evolutionary origins of cell...
SummarySegmented organisms have serially repeated structures [1] that become specialized in some seg...
Póster presentado al Joint Spring Meeting of British Society for Developmental Biology and British S...
Segmented organisms have serially repeated structures [1] that become specialized in some segments [...
SummaryHistorically, the position of the site of gastrulation has been used to understand the develo...
How does biology innovate? Ever since Darwin’s famous visit of the Galapagos Islands and his studies...
AbstractHow is cell fate diversity reliably achieved during development? Insect sensory organs have ...
Novel body structures are often generated by the redeployment of ancestral components of the genome....
The origination of new morphological structures has been one of the most fascinating problems in the...
SummaryThe evolutionary origins of complex morphological structures such as the vertebrate eye or in...
Background: Karl Ernst Von Baer noted that species tend to show greater morphological divergence ...
SummaryThe isolation and characterisation of a novel protist lineage enables the reconstruction of e...
AbstractThe results of a number of recent studies indicate that eye development in insects and verte...
Conservation of genetic toolkits in disparate phyla may help reveal commonalities in organ designs t...
How do different animals grow to be different sizes? The answer is programmed in their genes, encodi...
SummaryDevelopmental biologists have made surprising discoveries on the evolutionary origins of cell...
SummarySegmented organisms have serially repeated structures [1] that become specialized in some seg...
Póster presentado al Joint Spring Meeting of British Society for Developmental Biology and British S...
Segmented organisms have serially repeated structures [1] that become specialized in some segments [...
SummaryHistorically, the position of the site of gastrulation has been used to understand the develo...
How does biology innovate? Ever since Darwin’s famous visit of the Galapagos Islands and his studies...
AbstractHow is cell fate diversity reliably achieved during development? Insect sensory organs have ...
Novel body structures are often generated by the redeployment of ancestral components of the genome....
The origination of new morphological structures has been one of the most fascinating problems in the...
SummaryThe evolutionary origins of complex morphological structures such as the vertebrate eye or in...
Background: Karl Ernst Von Baer noted that species tend to show greater morphological divergence ...
SummaryThe isolation and characterisation of a novel protist lineage enables the reconstruction of e...
AbstractThe results of a number of recent studies indicate that eye development in insects and verte...
Conservation of genetic toolkits in disparate phyla may help reveal commonalities in organ designs t...
How do different animals grow to be different sizes? The answer is programmed in their genes, encodi...
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