Ann Arbor / Sunnyvale / Springļ¬eld / St. Louis / Santa Cruz / /
Company
Maynard S. P. / IgG / Li S. P. / Brown / Vector Laboratories / Aldrich Corp. / Snell / Adobe Systems / Olympus / Pierce Corp. / Elsevier Inc. / Invitrogen Life Technologies / Dupont / Bio-Rad Laboratories / GHRKO / Ames / /
Country
United States / / /
Event
Natural Disaster / /
Facility
University Committee / USA Ann Arbor VA Medical Center / Southern Illinois University / Ohio University / Scale bar / University of Michigan / University School / / /
concomitant delay of late life diseases / D. B. Oxidative neuronal injury / Fanconi anemia / cell injury / fatal neoplastic disease / Parkinson's disease / vivo injury / oxidant injury / ischemic injury / pancreas cancer / injury / neoplastic disease / hypersensitivity / long-lived pituitary dwarf mice / altered disease / Serum starvation / pancreatic cancer / overnight serum starvation / fatal neoplastic diseases / pulmonary arterial smooth muscle cells / cancer / cataracts / disease / kidney diseases / oxidative injury / cellular dysfunction / lethal injury / Laron syndrome / Lewy body diseases / /
MedicalTreatment
antibiotics / /
Organization
Pathology and Geriatrics Center / National Institute of Health / University of Michigan / Ann Arbor / Ohio University / Internal Revenue Service / Department of Pathology / USA Ann Arbor VA Medical Center / University Committee on the Use and Care of Animals / Department of Physiology / USA Department of Internal Medicine / Southern Illinois University / Southern Illinois University School of Medicine / the University of Michigan / /
Person
Lisa Burmeister / Nat / Levinthal / John Kopchick / Maggie Lauderdale / Richard A. Miller / Michal M. Masternak / William Kohler / Oury / Michael J. Steinbaugh / Al Regaiey / /
Position
D. J. / Harper / T. D. / Corresponding author / Major / Representative / /
Product
Fungizone / penicillin / menadione / /
ProvinceOrState
Illinois / British Columbia / Michigan / A. B. / /
Fibroblasts from long-lived mutant mice show diminished ERK1/2 phosphorylation but exaggerated induction of immediate early genes