The last common bilaterian ancestor

Erwin, Douglas H., Davidson, Eric H.·2002·Development

Cited by (324)

Items 201–300 of 324

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  21. Conserved Patterns in Developmental Processes and Phases, Rather than Genes, Unite the Highly Divergent Bilateria
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  29. 16 Patterns of Diversification and Extinction
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  34. Evolutionary Developmental Biology and Its Contribution to a New Synthetic Theory
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  35. Cambrian explosion
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  36. Reassembling animal evolution: a four-dimensional puzzle
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  38. Conserved developmental processes and the evolution of novel traits: wounds, embryos, veins, and butterfly eyespots
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  53. 蓝田生物群: 一个认识多细胞生物起源和早期演化的新窗口
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  54. Patterns of Diversification and Extinction
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  55. Co-option of the Limb Patterning Program in Cephalopod Lens Development
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  56. The role of heterochronic gene expression and regulatory architecture in early developmental divergence
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  57. Nervous system
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  59. Phanerozoic evolution—Ediacaran biota
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  60. Invertebrate Glia
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  68. Dedication
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  70. The role of heterochronic gene expression and regulatory architecture in early developmental divergence
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  71. Body cavities
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  72. Copyright Page
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  73. Concordant developmental expression profiles of orthologues in highly divergent Bilateria
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  74. Faculty Opinions recommendation of Evolutionary tinkering with conserved components of a transcriptional regulatory network.
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  75. Preface
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  78. eLife Assessment: The role of heterochronic gene expression and regulatory architecture in early developmental divergence
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  79. General body organization
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  80. Tafonomia e sistemática dos microfósseis das formações Tamengo e Guaicurus (Grupo Corumbá, faixa Paraguai Sul) e suas implicações paleoambientais
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  81. Author response: The role of heterochronic gene expression and regulatory architecture in early developmental divergence
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  82. Is the Tubular Nervous System Related with the Development of Skeletal Muscle in Chordates? – A Review
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  83. Pattern Formation in Biological Systems
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  84. Patterns of Diversification and Extinction
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  85. Reproductive organs
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  86. A tripartite structure, the complex nuclear receptor element (cNRE), is a c is-regulatory module of viral origin required for atrial chamber preferential gene expression
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  89. Convergent evolution in silico reveals shape and dynamic principles of directed locomotion on the ground
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  92. Role of conserved non-coding elements in adaptive evolution of species
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  95. Structure-functional analyses of bacterial cell agglutinating antimicrobial peptides
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  96. References
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  98. Foreword
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  99. Eric, evolution and bodyplans
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  100. LIFE HISTORY AND POPULATION GENETIC STRUCTURE OF SEA STARS FROM THE FAMILY ASTERINIDAE
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