Cincinnati / Kern / Valencia / Austin / Boston / Louis / Charleston / San Rafael / St. Louis / /
Company
Life Technologies / Walsh SA / GE / Thomas SA / Qiagen / Dupont / /
Currency
pence / USD / / /
Facility
Georgia State University / University of Connecticut / National Institute of Diabetes / National Institute of Neurological Disorders / Queens University / EWAT depot / Medical University of South Carolina / /
IndustryTerm
subsequent processing / protein product / obese gene product / energy input / time food intake / chemical denervation / energy / energy balance / decrease food intake / energy intake / food deprivation / feedback systems / food intake / relative energy balance / positive energy balance / /
State University Institutional Animal Care and Use Committee / National Institute of Neurological Disorders / Queens University / University of Connecticut / North American Association for the Study / Public Health Service / Institute of Mental Health Research Scientist Development / Pennington Biomedical Research Center / US Department of Agriculture / Department of Medicine / Georgia State University / Atlanta / National Institute of Diabetes and Digestive / Medical University of South Carolina / Center for Behavioral Neuroscience and 2Department of Biology / Neurological Disorders and Stroke National Research Service / American Physiological Society / /
Person
Klaus S. Short / Bruce Goldman / Haifei Shi / Katherine Wynne-Edwards / GREGORY E. DEMAS / Pat Hicks / Thomas W. Gettys / Barrett P. Short / Bonnie Williams / Robert R. Bowers / Timothy J. Bartness / Zeyad Hassan / /
Position
Prime Minister / mediator / Watson PM / obese gene messenger / Major / representative / /
Product
pentobarbital sodium / testosterone / DV / /
ProvinceOrState
Louisiana / Connecticut / South Dakota / Pennsylvania / South Carolina / Georgia / /
Am J Physiol Regulatory Integrative Comp Physiol 282: R114–R121, [removed]Photoperiodic regulation of gene expression in brown and white adipose tissue of Siberian hamsters