Cephalochordate
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- Lampreys, the Jawless Vertebrates, Contain Only Two Parahox Gene Clusters
- A Phylogenomic Profile of Globins Serge N
- Tracking Human Evolution: Where Do We Fit on the Tree of Life? Geology 230 Fossils and Evolution Phylogenetic Classification of Humans
- The Transcriptome of an Amphioxus, Asymmetron Lucayanum, from the Bahamas: a Window Into Chordate Evolution
- Supporting Information Supporting Information Corrected November 10, 2010 Heimberg Et Al
- The Transcriptome of an Amphioxus, Asymmetron Lucayanum, from the Bahamas: a Window Into Chordate Evolution
- Developmental Gene Expression Provides Clues to Relationships Between Sponge and Eumetazoan Body Plans
- New Evidence for Genome-Wide Duplications at the Origin Of
- Evolution of Basal Deuterostome Nervous Systems
- 1 Title 1 an Updated Staging System for Cephalochordate Development
- The Globin Gene Family of the Cephalochordate Amphioxus
- Biol 111 – Comparative & Human Anatomy Lab 1: Introduction
- The Amphioxus Genome Illuminates Vertebrate Origins and Cephalochordate Biology
- The Chordates: Putting a Backbone Into Spineless Animals Note: These Links Do Not Work
- On the Origin of Vertebrate Body Plan: Insights from the Endoderm Using the Hourglass Model
- Morphological Stasis and Proteome Innovation in Cephalochordates
- The Amphioxus Genome Illuminates Vertebrate Origins and Cephalochordate Biology
- 29.1 Chordates