Publications and References

Publications

Sugarman et al “The Complete Nucleic Acid Sequence of the Adenovirus Type 5 Reference Material (ARM) Genome” BioProcessing Journal Sept 2003, pages 27-32.
Paynter et al "Nucleic Acid Analysis of Viral Vectors: A Contract Research Organization's Perspective" BioProcessing Journal Sept 2004, pages 1-4.
Kieleczawa et al “ DNA Sequencing II: Optimization Preparation and Cleanup” 2006.

References

SeqWright was awarded the contract to sequence 400,000 bacterial artificial chromosomes (BAC) end reads assembled from the tomato (Solanum lycopersicon) genome as a part of the international effort organized under the International Solanaceae Genomics Project (SOL) hosted by Cornell.
Zebra Finch Brain Full-length cDNA library for the Jarvis laboratory at Duke Univ and the RIKEN genomic sciences center in Japan.
SeqWright completed sequencing of 5000 full-length gene mutants from a 16S mutant library provided by Ribonovix. The study is a part of a grant awarded to Ribonovix by the NIAID to help develop anti-infectives by identifying new ribosomal drug targets and all viable mutations of these targets, and using these targets for drug screening.
SeqWright’s Partnership with Third Wave Contributes to FDA Success. SeqWright provided FDA-level genotyping that ultimately validated the InPlex™ CF Molecular Test by Third Wave Technologies leading to successful FDA clearance. The genotyping had 99.96% overall agreement with DNA sequencing. SeqWright was responsible for providing the sequence verification for 19 cystic fibrosis (CF) variants from numerous patient samples.
The complete genetic coding sequences of 150 different avian influenza viruses were released in May 2008 by U.S. Department of Agriculture (USDA) scientists and government, industry and university collaborators. The information improves scientific understanding of avian influenza, a virus that mainly infects birds but that can also infect humans. SeqWright participated by using its expertise to fully sequence the genome of each virus.