Dublin / Tahoe City / Sausville / Eppendorf / Lansing / East Lansing / Durham / /
Company
Lin S.P. / Sigma-Aldrich / GraphPad Software / Qiagen / Jackson S.P. / Cold Spring Harbor Laboratory Press / Amersham Biosciences / USB Corporation / /
Country
United States / Ireland / / /
Facility
Michigan State University / Duke University / United States Department of Agriculture Meat Animal Research Center / University College Dublin / Clay Center / Amersham BiosciMichigan State University / / /
IndustryTerm
nonspecific products / gene products / /
Organization
National Institute of Health / Michigan State University / Department of Animal Science / Agricultural Research Service / USDA / U.S. Meat Animal Research Center / United States Department of Agriculture Meat Animal Research Center / Department of Radiation Oncology / Duke University / Durham / 3Zoology Department / Department of Agriculture / University College Dublin / Clay Center / /
Person
Jennifer R. Weidman / Brad A. Freking / Susan K. Murphy / Eisenman / Renee Godtel / Nat / Katerina S. Kucera / Kreg A. Leymaster / Schroder / Randy L. Jirtle Genome Res / Catherine M. Nolan / Matt Doumit / Timothy P.L. Smith / / /
Position
RT / Dean / Corresponding author / King / model for the callipyge mutation / forward / R.N. / /
ProvinceOrState
Nebraska / S.K. / Michigan / Oklahoma / North Carolina / California / /
PublishedMedium
Genome Research / /
Technology
Radiation / single nucleotide polymorphism / gene expression / condensation / SNP / genotype / gel electrophoresis / /
Downloaded from www.genome.org on July 28, 2006 Callipyge mutation affects gene expression in cis: A potential role for chromatin structure Susan K. Murphy, Catherine M. Nolan, Zhiqing Huang, Katerina S. Kucera, Brad A.