Articles
CHLOROPLAST DNA INHERITANCE, ANCESTRY, AND SEQUENCING IN FRAGARIA
Article number
859_25
Pages
221 – 228
Language
English
Abstract
In the emerging era of Next Generation (NextGen) technologies, molecular markers will continue to play important roles in research requiring targeted genotyping rather than global sequencing.
Using chloroplast DNA (cpDNA) markers, we generated the first evidence confirming that cpDNA is maternally inherited in Fragaria, and defined likely diploid sources of the chloroplast genomes harbored by the Fragaria hexaploid, octoploid, and decaploid allopolyploid species.
As a resource for future research on Fragaria cpDNA, we used a NextGen sequencing approach to assemble a draft sequence of the Fragaria vesca subsp. americana Pawtuckaway chloroplast genome.
Using chloroplast DNA (cpDNA) markers, we generated the first evidence confirming that cpDNA is maternally inherited in Fragaria, and defined likely diploid sources of the chloroplast genomes harbored by the Fragaria hexaploid, octoploid, and decaploid allopolyploid species.
As a resource for future research on Fragaria cpDNA, we used a NextGen sequencing approach to assemble a draft sequence of the Fragaria vesca subsp. americana Pawtuckaway chloroplast genome.
Authors
T.M. Davis, M.E. Shields, A.E. Reinhard, P.A. Reavey, J. Lin, H. Zhang, L.L. Mahoney
Keywords
cpDNA, markers, maternal, genome, allopolyploid, ancestry, strawberry
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