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Self-Organization and Genomic Causality in Models of Morphogenesis
Ute Deichmann
Department of Life Sciences
Research output
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Contribution to journal
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Review article
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peer-review
5
Scopus citations
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Keyphrases
Alan Turing
50%
Biological Patterns
50%
Biological Reality
50%
Biologists
100%
Causal Explanation
50%
Cell Fate Specification
50%
Developmental Genes
50%
Developmental Stability
50%
Early Embryonic Development
50%
Embryological Development
100%
Eric Davidson
50%
Form Generation
50%
Formation Generation
50%
Further Development
50%
Gene Products
50%
Gene Regulatory Network Analysis
50%
Gene Regulatory Network Models
50%
Gene Regulatory Programs
100%
Mathematical Modeling
50%
Mechanistic Explanation
50%
Morphogenesis
100%
Pattern Formation
50%
Reaction-diffusion
100%
Regulatory Event
50%
Repetitive Patterns
50%
Self-organization
100%
Self-organization Process
50%
Species Stability
50%
Successful Theory
50%
Biochemistry, Genetics and Molecular Biology
Cell Fate
50%
Developmental Gene
50%
Embryogenesis
50%
Gene Product
50%
Gene Regulatory Network
100%
Locus Control Region
50%
Morphogenesis
100%
Regulatory Gene
50%
Engineering
Electric Network Analysis
100%
Mathematical Modeling
100%
Network Model
100%
Regulatory Process
100%
Self-Organization
100%
Psychology
Network Model
100%