Gene loss, silencing and activation in a newly synthesized wheat allotetraploid

Keyphrases

• Gene Silencing 100%
• Allotetraploid 100%
• Wheat 100%
• Gene Activation 100%
• Gene Loss 100%
• Gene Expression 66%
• Allopolyploid 66%
• Epigenetic Modification 33%
• Chromosome Doubling 33%
• Intergeneric Hybrid 33%
• Allopolyploidy 33%
• Genetic Modification 33%
• Wheat Genome 33%
• Retroelements 33%
• RRNA Genes 33%
• Cell Cycle Regulation 33%
• Tetraploid Wheat 33%
• 5-hydroxymethylcytosine (5hmC) 33%
• Disease Resistance 33%
• Gene Structure 33%
• Diploid Progenitors 33%
• Diploidization 33%
• Synthetic Allotetraploid 33%
• Homeologous Loci 33%
• Aegilops Sharonensis 33%
• Allotetraploid Genome 33%
• Wide Hybridization 33%
• Gene Methylation 33%
• Transcriptome Response 33%
• Metabolism Disease 33%
• Triticum Monococcum 33%

Biochemistry, Genetics and Molecular Biology

• Gene Activation 100%
• Allopolyploidy 100%
• Gene Loss 100%
• Genetics 66%
• Gene Silencing 66%
• Methylation 66%
• Gene Expression 33%
• Metabolic Pathway 33%
• Transcriptome 33%
• Epigenetics 33%
• Cell Cycle Regulation 33%
• Chromosome Doubling 33%
• Tetraploidy 33%
• Cytosine 33%
• RNA Gene 33%
• Gene Structure 33%
• Retrotransposon 33%
• Hybrid 33%
• Wide Hybridization 33%