Genomic DNA enrichment using sequence capture microarrays: a novel approach to discover sequence nucleotide polymorphisms (SNP) in Brassica napus L

Sorghum sequence Sugarcane monoploid mosaic genome a Whole genome profiling b BAC aligned on sorghum using tags c Selection and sequencing of a MTP of BAC Sugarcane

A minimum tiling path of 4,660 sugarcane BAC clones that best cover the gene-rich part of the sorghum genome was selected, sequenced and assembled in a 382 Mb single tiling path

Dans des études précédentes, nous avions montré que les chromosomes hom(e)ologues du génome de la canne à sucre partagent entre eux un très haut niveau de micro-colinéarité

spontaneum x=8 Mosaic monoploid genome Sugarcane BACs on align on sorghum Global similar organization (synteny conservation).  Sugarcane BAC sequences represent a mosaic

This high quality reference sequence that corresponds to the gene rich part of a sugarcane monoploid genome will represent a very important resource for genetic, structural

This high quality reference sequence that corresponds to the gene rich part of a sugarcane monoploid genome will represent a very important resource for genetic, structural

The main difficulties reside in the high polyploidy (2n ~ 12x ~ 120), and the high level of heterozygosity of cultivars which make an assembly of the genome very challenging

Abstract: Toward a Reference Sequence of the Gene-Rich Part of the Highly Polyploid Sugarcane Genome (Plant and Animal Genome XXIII