Gene expression variation in natural populations of hexaploid and allododecaploid Spartina species (Poaceae)
Allopolyploidy is a peculiar process entailing the cohabitation of two (or more) divergent
genomes. Consequences on plant genomes are varied and can utlimately alter gene
expression and regulatory interactions. Most studies have explored polyploid expression
evolution in experimental controlled conditions. Here, we analyzed global gene expression
variation in natural populations of the Spartina polyploid complex including hexaploid
parental species (S. maritima and S. alterniflora), two F1 hybrids (S.× townsendii and S.× …
genomes. Consequences on plant genomes are varied and can utlimately alter gene
expression and regulatory interactions. Most studies have explored polyploid expression
evolution in experimental controlled conditions. Here, we analyzed global gene expression
variation in natural populations of the Spartina polyploid complex including hexaploid
parental species (S. maritima and S. alterniflora), two F1 hybrids (S.× townsendii and S.× …
Gene expression variation in natural populations of hexaploid and allododecaploid Spartina species (Poaceae).
JF Carvalho, J Boutte, P Bourdaud, H Chelaifa… - 2017 - cabidigitallibrary.org
Allopolyploidy is a peculiar process entailing the cohabitation of two (or more) divergent
genomes. Consequences on plant genomes are varied and can utlimately alter gene
expression and regulatory interactions. Most studies have explored polyploid expression
evolution in experimental controlled conditions. Here, we analyzed global gene expression
variation in natural populations of the Spartina polyploid complex including hexaploid
parental species (S. maritima and S. alterniflora), two F1 hybrids (S.× townsendii and S.× …
genomes. Consequences on plant genomes are varied and can utlimately alter gene
expression and regulatory interactions. Most studies have explored polyploid expression
evolution in experimental controlled conditions. Here, we analyzed global gene expression
variation in natural populations of the Spartina polyploid complex including hexaploid
parental species (S. maritima and S. alterniflora), two F1 hybrids (S.× townsendii and S.× …
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