Sentence examples similar to map based genomic from inspiring English sources

Fine scale genetic maps and BAC based genomic analysis identified a 42 kbp region encompassed in BAC B73p06 as the Rhg1/Rfs2 locus [ 16, 45, 48].

The first step after BAC contig building is anchoring the contigs to genetic map as it increases the utility for physical map based cloning and genomic studies.

High-density InDel markers with specific genomic locations were developed and 6976 molecular markers (SSRs, DArT, SNPs and InDels) were integrated into single barley genetic map based on barley genomic sequences and POPSEQ genetic maps.

enz was initially placed on the zebrafish genomic map based on PCR amplification of simple sequence length polymorphisms (SSLPs) from diploid genomes [62] [65].

The molecular map of the 100 SSRs was based on the order of their position on the physical map based on the Nipponbare genomic sequence (www.gramene.org), and the marker distances were calculated by multiplying the Mb positions by a factor of 4 to obtain an equivalent estimate of cM (Supplementary Table 1).

Our findings of ethnic differentiation of CNVs, along with the newly created CNVR genomic map based on 1,677 Caucasian and Asian individuals, extend our understanding on the structural variation in the human genome and may furnish a basis for understanding the genomic differentiation of complex traits across ethnic groups.

More recently Tsukazaki and colleagues [ 14] reported a further A. fistulosum map based on A. fistulosum genomic SSR markers and onion EST-derived SNP and SSR markers, providing further scope for comparative studies between onion and A. fistulosum genomes.

In this study, high-density and high-quality composite genetic recombination maps, based on genomic sequencing data, were generated for two NAM maize populations, US-NAM and CN-NAM.

Borkh (American chestnut ) to aid in the backcross breeding effort and in the eventual identification of blight resistance genes through genomic sequencing and map based cloning.

As such, we show that a high-resolution physical map based on the direct analysis of genomic DNA, spans existing sequence physical gaps, validates the genome sequence assembly, characterizes gaps, corrects sequence misassemblies, and creates a physical scaffold for sequence finishing.

Anchoring of contigs to a genetic map through shared markers validates the assembly and provides access to specific genomic regions for fine mapping and map based cloning of target genes/QTLs.