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Reproduction in Domestic Ruminants VII

bp0007rdr2 | Ruminant Genomes | REDR2010

Genomic tools for characterizing monogenic and polygenic traits in ruminants - using the bovine as an example

Taylor JF , Chapple RH , Decker JE , Gregg SJ , Kim JW , McKay SD , Ramey HR , Rolf MM , Taxis TM , Schnabel RD

Next generation sequencing platforms have democratized genome sequencing. Large genome centers are no longer required to produce genome sequences costing millions. A few lanes of paired-end sequence on an lllumina Genome Analyzer, costing <$10,000, will produce more sequence than generated only a few years ago to produce the human and cow assemblies. The de novo assembly of large numbers of short reads into a high-quality whole-genome sequence is now technical...

bp0007rdr3 | Ruminant Genomes | REDR2010

Creating new knowledge for ruminant reproduction from rapidly expanding and evolving scientific databases

Bauersachs S , Blum H , Krebs S , FröhIich T , Arnold GJ , Wolf E

Declining fertility is a major problem for the dairy industry. Recent developments of Omics-technologies facilitate a comprehensive analysis of molecular patters in gametes, embryos and tissues of the reproductive tract which may help to identify the reasons for impaired fertility. Large Omics-datasets require appropriate bioinformatics analysis in the context of rapidly expanding and evolving scientific databases. This overview summarizes the current status of ruminant genome...