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Allopolyploidy - A shaping force in the evolution of wheat genomes
M. Feldman
*
,
A. A. Levy
*
Corresponding author for this work
Department of Plant and Environmental Sciences
Research output
:
Contribution to journal
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Article
›
peer-review
263
Citations (Scopus)
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Keyphrases
Allopolyploid
100%
Wheat Genome
100%
Shaping Force
100%
Allopolyploidy
100%
Wheat
50%
Epigenetic Modification
33%
Evolutionary Change
33%
Homoeologous
33%
Adjacent Genes
33%
Non-coding DNA
33%
Retroelements
33%
Revolutionary Change
33%
Expression Pattern
16%
DNA Methylation (DNAm)
16%
Genetic Modification
16%
Gene Regulation
16%
Gene Silencing
16%
Transcriptional Activation
16%
Polyploid
16%
Tetraploid Wheat
16%
Meiotic Behavior
16%
Tetraploid
16%
Hexaploid
16%
Allopolyploidization
16%
Genome Evolution
16%
Demethylation
16%
Homologous Chromosomes
16%
Inter-omic
16%
Intergenomic Interactions
16%
Introgression
16%
Genome Changes
16%
Allotetraploid
16%
F1 Hybrids
16%
Genomic Changes
16%
Diploidization
16%
Recombinant Genomes
16%
Chromosome Segments
16%
Gene Inactivation
16%
Non-coding Sequence
16%
Tunis
16%
Biochemistry, Genetics and Molecular Biology
Allopolyploidy
100%
Epigenetics
25%
Evolution
25%
Hexaploidy
25%
Retrotransposon
25%
Gene Inactivation
25%
Noncoding DNA
25%
Intergenic Region
25%
Genomics
25%
Gene Expression
12%
DNA Sequence
12%
DNA Methylation
12%
Genetics
12%
Transcription Initiation
12%
Transactivation
12%
Polyploid
12%
Tetraploidy
12%
Allopolyploidization
12%
F1 Hybrid
12%
Recombinant DNA
12%
Demethylation
12%
Genome Evolution
12%
Diploidy
12%
Introgression
12%