AbstractA recent molecular phylogenetic study argues against the orthodox view that metazoan phyla emerged abruptly during the Cambrian ‘explosion’, pointing instead to a protracted history for metazoans that arguably stretches back a billion years or more; the fossils, however, seem to tell a different story
The use of nucleotide and amino acid sequences allows improved understanding of the timing of evolut...
Molecular clocks have the potential to shed light on the timing of\ud early metazoan divergences, bu...
International audienceThe use of nucleotide and amino acid sequences allows improved understanding o...
AbstractA recent molecular phylogenetic study argues against the orthodox view that metazoan phyla e...
The much-debated discrepancy between molecular and palaeontological estimates for the metazoan radia...
Molecular clocks have the potential to shed light on the timing of early metazoan divergences, but d...
Accurately dating when the first bilaterally symmetrical animals arose is crucial to our understandi...
Molecular dates consistently place the divergence of major metazoan lineages in the Precambrian, lea...
SummaryThe timing of divergences among metazoan lineages is integral to understanding the processes ...
Molecular dates consistently place the divergence of major metazoan lineages in the Precambrian, lea...
Information about the geological timeframe during which animals radiated into their major subclades ...
The evolutionary emergence of animals is one of the most significant episodes in the history of life...
The time of origin of the animal phyla is controversial. Abundant fossils from the major animal phyl...
Molecular studies have the potential to shed light on the origin of the animal phyla by providing in...
Unravelling the timing of the metazoan radiation is crucial for elucidating the macroevolutionary pr...
The use of nucleotide and amino acid sequences allows improved understanding of the timing of evolut...
Molecular clocks have the potential to shed light on the timing of\ud early metazoan divergences, bu...
International audienceThe use of nucleotide and amino acid sequences allows improved understanding o...
AbstractA recent molecular phylogenetic study argues against the orthodox view that metazoan phyla e...
The much-debated discrepancy between molecular and palaeontological estimates for the metazoan radia...
Molecular clocks have the potential to shed light on the timing of early metazoan divergences, but d...
Accurately dating when the first bilaterally symmetrical animals arose is crucial to our understandi...
Molecular dates consistently place the divergence of major metazoan lineages in the Precambrian, lea...
SummaryThe timing of divergences among metazoan lineages is integral to understanding the processes ...
Molecular dates consistently place the divergence of major metazoan lineages in the Precambrian, lea...
Information about the geological timeframe during which animals radiated into their major subclades ...
The evolutionary emergence of animals is one of the most significant episodes in the history of life...
The time of origin of the animal phyla is controversial. Abundant fossils from the major animal phyl...
Molecular studies have the potential to shed light on the origin of the animal phyla by providing in...
Unravelling the timing of the metazoan radiation is crucial for elucidating the macroevolutionary pr...
The use of nucleotide and amino acid sequences allows improved understanding of the timing of evolut...
Molecular clocks have the potential to shed light on the timing of\ud early metazoan divergences, bu...
International audienceThe use of nucleotide and amino acid sequences allows improved understanding o...
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