Microsynteny and phylogenetic analysis of tandemly organised miRNA families across five members of Brassicaceae reveals complex retention and loss history
Plant genomes are characterized by the presence of large miRNA gene families which are
few in number. The expansion of miRNA families is thought to be driven by gene and
genome duplication. Some members of these miRNA gene families are tandemly arranged
and their analysis is of interest because such organisation may indicate origin through
tandem duplication and also to investigate whether some such tandem clusters have similar
expression patterns, and whether these are regulated through a common set of cis …
few in number. The expansion of miRNA families is thought to be driven by gene and
genome duplication. Some members of these miRNA gene families are tandemly arranged
and their analysis is of interest because such organisation may indicate origin through
tandem duplication and also to investigate whether some such tandem clusters have similar
expression patterns, and whether these are regulated through a common set of cis …
Microsynteny and phylogenetic analysis of tandemly organised miRNA families across five members of Brassicaceae reveals complex retention and loss history.
PR Priyanka Rathore, R Geeta, SD Sandip Das - 2016 - cabidigitallibrary.org
Plant genomes are characterized by the presence of large miRNA gene families which are
few in number. The expansion of miRNA families is thought to be driven by gene and
genome duplication. Some members of these miRNA gene families are tandemly arranged
and their analysis is of interest because such organisation may indicate origin through
tandem duplication and also to investigate whether some such tandem clusters have similar
expression patterns, and whether these are regulated through a common set of cis …
few in number. The expansion of miRNA families is thought to be driven by gene and
genome duplication. Some members of these miRNA gene families are tandemly arranged
and their analysis is of interest because such organisation may indicate origin through
tandem duplication and also to investigate whether some such tandem clusters have similar
expression patterns, and whether these are regulated through a common set of cis …