New Zealand Next Generation Sequencing Conference - Innovative ...
New Zealand Next Generation Sequencing Conference - Innovative ...
New Zealand Next Generation Sequencing Conference - Innovative ...
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data, estimation of mutation rates, and<br />
phylogenetics.<br />
separate and assemble sequences from different<br />
sources. Once optimised, the same methods were<br />
successfully applied to reads from a single lane of<br />
an Illumina Genome Analyzer flow cell containing a<br />
mixture of PCR products from six different<br />
mitochondrial genomes. More recently, we applied<br />
a modified version of the same pipeline to four<br />
more mixtures, this time using total genomic DNA,<br />
and successfully assembled 17 mitochondrial<br />
genomes.<br />
An update on year two of the PGP Dairy Genomics <strong>Sequencing</strong> project<br />
Michael Keenan<br />
Livestock Improvement Corporation<br />
Biography<br />
Mike Keehan is a Senior Bioinformaticist at LIC.<br />
He is currently involved in the LIC genomic<br />
selection project and the Primary Growth<br />
Partnership Dairy Genomics project. With a career<br />
background in applied mathematics, software<br />
development and systems administration he has<br />
undertaken a variety of bioinformatics tasks for LIC.<br />
Mike has a masters degree in Operations<br />
Research and a post graduate diploma in Science<br />
from Massey University. He is interested in<br />
obtaining genotype phase from sequence read<br />
information and in the application of population<br />
deNovo assemblers.<br />
Abstract<br />
The second year of the Dairy PGP project will have<br />
seen LIC and Vialactia receive an additional 11<br />
TBase of whole genome sequence data.<br />
Preliminary results from applying this tranche of<br />
data to phase and impute whole genome sequence<br />
from 50K SNP chips will be presented. Practical<br />
experiences from year one and two will be<br />
summarised. The state of the bovine genome<br />
assembly will be discussed. The project offers an<br />
opportunity for biologists who would like to examine<br />
a large whole genome population dataset.<br />
Session 3<br />
A Small Genome Centre’s Adoption of <strong>New</strong> <strong>Generation</strong> DNA <strong>Sequencing</strong> for Research<br />
and CORE Service<br />
Si Lok<br />
The Chinese University of Hong Kong<br />
Biography<br />
Professor Si Lok has 20 years experience in the bioindustrial<br />
sector and academia. At ZymoGenetics (Novo<br />
Nordisk) he helped develop technologies establishing<br />
the company as a world leader in therapeutic protein<br />
discovery. His team discovered the long sought and<br />
contested megakaryocytic-lineage growth factor,<br />
Thrombopoietin (TPO). As principal scientist, he<br />
instigated massive scale sequencing of cDNA libraries<br />
driving the company’s pioneering use of EST mining to<br />
discover new biologic entities that contributed to the<br />
company’s successful IPO in 2002. Since 2007, he was<br />
the Chair Professor of Genomic Medicine and the<br />
Scientific Director of the Genome Research Centre of<br />
Hong Kong University and most recently as Professor of<br />
Practice in Applied Genomics at the Chinese University<br />
of Hong Kong where his small group continues to<br />
Abstract<br />
<strong>New</strong> generation DNA sequencing offers<br />
unique opportunities and challenges to a small<br />
genome centre. At our centre, we focus the<br />
use of the technologies and expertise for<br />
difficult collaborative projects not generally<br />
suited for the routine commercial service<br />
providers. The present talk highlights the<br />
latest technologies, methodologies and<br />
applications in the field as well as some of our<br />
centre’s efforts. We compare solution-based<br />
hybridization enrichment and high throughput<br />
Amplicon-based targeted resequencing of<br />
exomes or candidate genes. The newly<br />
established RainDance platform for massively<br />
parallel amplicon generation combined with<br />
454-pyrosequencing is particularly powerful for<br />
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