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Urbilaterian
Assembly of the Cnidarian Camera-Type Eye from Vertebrate-Like Components
1 Eric Davidson and Deep Time Douglas H. Erwin Department Of
Xenacoelomorpha's Significance for Understanding Bilaterian Evolution
Molecular Homology & the Ancient Genetic Toolkit: How Evolutionary
The Palaeoscolecida and the Evolution of the Ecdysozoa Andrey Yu
Can Molecular Clocks and the Fossil Record Be Reconciled?
Metazoan Evolution: Some Animals Are More Equal Than Others Dispatch
The Origin of Animal Body Plans: a View from Fossil Evidence and the Regulatory Genome Douglas H
The Origin of Animals: Can Molecular Clocks and the Fossil Record Be Reconciled?
Urbilaterian Origin of Paralogous Gnrh and Corazonin Neuropeptide
Changes in the Position of the Blastopore During Bilaterian Evolution
The Molecular Ancestry of Segmentation Mechanisms
Introduction to the Bilateria and the Phylum Xenacoelomorpha Triploblasty and Bilateral Symmetry Provide New Avenues for Animal Radiation
E4S Progr and Outlines
Are Palaeoscolecids Ancestral Ecdysozoans?
Quantitative Study of Developmental Biology Confirms Dickinsonia As A
Conserved Genetic Patterning Mechanisms in Insect and Vertebrate Brain Development
Urbilaterian Origin and Evolution of Snpf-Type Neuropeptide Signalling
Top View
On the Evolution of Bilaterality Grigory Genikhovich* and Ulrich Technau*
Two Schools of Evolutionary Thought
Deuterostomes (Arxiv)
Innovation and Diversity
Was the Eumetazoan Ancestor a Holopelagic, Planktotrophic Gastraea? Claus Nielsen
The Role of Gene Loss in Animal Evolution from an Ancestral Genetic
Sea Anemone Genomes Reveal Ancestral Metazoan Chromosomal Macrosynteny
PDF (Ashbythesis.Pdf)
Evolution of Bilaterian Central Nervous Systems
Can Molecular Clocks and the Fossil Record Be Reconciled?
Scallop Genome Provides Insights Into Evolution of Bilaterian Karyotype and Development
Newsletter Number 56
From Nerve Net to Brain: the Rise of the Urbilaterian in Animal Evolu On
Symmetry Transformations in Metazoan Evolution and Development
Characterization of the Hox Patterning Genes in Acoel Flatworms
Urbilaterian Origin and Evolution of Snpf-Type Neuropeptide Signalling
Hox, ANTP and Homeobox Gene Evolution in Metazoa: Insights from Cnidaria
The Evolution of Cell Types in Animals: Emerging Principles from Molecular Studies
Next Article Problems with Characterizing the Protostome
Was the Eumetazoan Ancestor a Holopelagic, Planktotrophic Gastraea? Claus Nielsen
The Cambrian “Explosion” of Metazoans and Molecular Biology: Would Darwin Be Satisfied?
Problems with Characterizing the Protostome-Deuterostome Ancestor
An Integrated View of Precambrian Eumetazoan Evolution
Two Schools of Evolutionary Thought
Cnidarian Micrornas Frequently Regulate Targets by Cleavage