Oxidative Stress and the Molecular Biology of Antioxidant Defenses

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The increase in levels of active oxygen species or free radicals known as oxidative stress induces lesions that impair or kill cells and initiate disease and degenerative processes such as aging, carcinogenesis, and immunodeficiencies. Protective mechanisms have been uncovered in both eukaryotes and prokaryotes and are being vigorously studied at a molecular level, assisting the search for ways of reducing or avoiding oxidative stress. Written and edited by leaders in this growing field, this volume is an essential work of reference for specialists and investigators with wider interests in cell biology, aging, and cancer biology.

Table of Contents

Articles

J.G. Scandalios
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i-xi
Nils Hauptmann, Enrique Cadenas
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1-20
Michael S. Wolin, Kamal M. Mohazzab-H.
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21-48
Susan S. Wallace
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49-90
Derek J. Jamieson, Gisela Storz
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91-115
Sonia C. Flores, Joe M. McCord
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117-138
Dietmar Fuchs, Gabriele Baier-Bitterlich, Irene Wede, Helmut Wachter
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139-167
Christoph Richter, Matthias Schweizer
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169-200
Kenneth B. Beckman, Bruce N. Ames
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201-246
Kathryn Z. Guyton, Myriam Gorospe, Nikki J. Holbrook
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247-272
Peter C. Loewen
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273-308
Helmut Ruis, Franz Koller
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309-342
John G. Scandalios, Lingqiang Guan, Alexios N. Polidoros
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343-406
Jerónimo Bravo, Ignacio Fita, Patrice Gouet, Hélène Marie Jouve, William Melik-Adamyan, Garib N. Murshudov
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407-445
Danièle Touati
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447-493
Edith Butler Gralla
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495-525
John G. Scandalios
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527-568
Robert H. Brown, Jr.
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569-586
Christine H. Foyer
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587-621
Andrea Polle
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623-666
Philip M. Mullineaux, Gary P. Creissen
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667-713
Kozi Asada
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715-735
Bernard M. Babior, Jamel El Benna, Stephen J. Chanock, Robert M. Smith
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737-783
Noriyuki Doke
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785-813
María E. Alvarez, Chris Lamb
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815-839
Okezie I. Aruoma
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841-860
Alan R. Wellburn, Florence A. M. Wellburn
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861-876
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877-890