Epigenomic programming contributes to the genomic drift evolution of the F-Box protein superfamily in Arabidopsis

Keyphrases

• Protein Family 100%
• Epigenomics 100%
• Arabidopsis 100%
• F-box 100%
• F-box Protein 100%
• Genomic Drift 100%
• Lineage-specific 40%
• Adverse Effects 20%
• Gene Function 20%
• Gene Polymorphism 20%
• Expression Pattern 20%
• Histone 20%
• SNP 20%
• Polymorphism 20%
• Transcriptional Repression 20%
• Deleterious mutations 20%
• Genetic Variation 20%
• Gene Dosage 20%
• Methylation 20%
• Epigenetic Modification 20%
• Gene Family 20%
• Mutation Rate 20%
• Arabidopsis Thaliana 20%
• Speciation 20%
• Plant Evolution 20%
• Sequence Database 20%
• Natural Selection 20%
• Gene Evolution 20%
• Specific Group 20%
• Epigenetic Reprogramming 20%
• Phylogenetic Comparison 20%
• Comparison-based 20%
• Natural DNA 20%
• Dynamic Interplay 20%
• Basal Expression 20%
• RNA-directed DNA Methylation (RdDM) 20%
• Histone Methylation 20%
• H3K27 Acetylation 20%
• Functional Constraints 20%
• Diversity Patterns 20%
• Orthology 20%
• Land Plants 20%
• F-box Gene 20%
• Pseudogroup 20%
• Dosage Balance 20%
• SNP Density 20%

Biochemistry, Genetics and Molecular Biology

• Arabidopsis 100%
• F-Box Protein 100%
• Protein Superfamily 100%
• Genomics 100%
• Single Nucleotide Polymorphism 50%
• Reprogramming 25%
• Genetic Divergence 25%
• Allele 25%
• Gene Function 25%
• Multigene Family 25%
• Orthology 25%
• Genetic Variation 25%
• Gene Dosage 25%
• Methylation 25%
• Mutation Rate 25%
• Arabidopsis thaliana 25%
• Natural Selection 25%
• Sequence Database 25%
• Species Differentiation 25%
• Histone Methylation 25%
• RNA-Directed DNA Methylation 25%
• Plant Evolution 25%
• Gene Evolution 25%
• Embryophyta 25%
• Histone 25%