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A framework physical map for peach, a model Rosaceae species

Authors :
Department of Agriculture (US)
Zhebentyayeva, T. N.
Swire-Clark, G.
Georgi, L. L.
Garay, L.
Jung, Sook
Forrest, S.
Blenda, A. V.
Blackmon, B.
Mook, J.
Horn, R.
Howad, Werner
Arús, Pere
Main, Dorrie
Tomkins, J. P.
Sosinski, Bryon
Baird, W. V.
Reighard, G. L.
Abbott, Albert G.
Department of Agriculture (US)
Zhebentyayeva, T. N.
Swire-Clark, G.
Georgi, L. L.
Garay, L.
Jung, Sook
Forrest, S.
Blenda, A. V.
Blackmon, B.
Mook, J.
Horn, R.
Howad, Werner
Arús, Pere
Main, Dorrie
Tomkins, J. P.
Sosinski, Bryon
Baird, W. V.
Reighard, G. L.
Abbott, Albert G.
Publication Year :
2008

Abstract

A genome-wide framework physical map of peach was constructed using high-information content fingerprinting (HICF) and FPC software. The resulting HICF assembly contained 2,138 contigs composed of 15,655 clones (4.3× peach genome equivalents) from two complementary bacterial artificial chromosome libraries. The total physical length of all contigs is estimated at 303 Mb or 104.5% of the peach genome. The framework physical map is anchored on the Prunus genetic reference map and integrated with the peach transcriptome map. The physical length of anchored contigs is estimated at 45.0 Mb or 15.5% of the genome. Altogether, 2,636 markers, i.e., genetic markers, peach unigene expressed sequence tags, and gene-specific and overgo probes, were incorporated into the physical framework and supported the accuracy of contig assembly.

Details

Database :
OAIster
Notes :
English
Publication Type :
Electronic Resource
Accession number :
edsoai.on1286579675
Document Type :
Electronic Resource