Regulation of GLUT I in response to cellular stress

Baldwin S.A.; Barros, L. F.; Griffiths, M; Robbins E.C.; Saklatvala J.; Ingram J.; Streets A.J.

Keywords: insulin, proteins, transport, biosynthesis, mouse, animals, glucose, phosphorylation, adipocytes, infection, cells, protein, cell, heat, hypoxia, stress, mice, metabolism, ischemia, virus, line, transduction, human, strain, paper, level, transporter, agent, shock, signal, drug, article, recombinant, genetic, sorbitol, cellular, transfection, type, animal, adipocyte, osmotic, oxidative, azides, 1, priority, nonhuman, journal, effect, biological, conference, deoxyglucose, the, hamster, Cricetinae, Monosaccharide, 3t3, protein,, azide, Slc2a1, xenobiotic, at

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Título de la Revista: BIOCHEMICAL SOCIETY TRANSACTIONS
Volumen: 25
Número: 3
Editorial: Portland Press, Ltd.
Fecha de publicación: 1997
Página de inicio: 954
Página final: 958
URL: http://www.scopus.com/inward/record.url?eid=2-s2.0-0030609164&partnerID=q2rCbXpz