John Bingham Laboratory / Nebraska 68588 International Review / Elsevier Inc. / /
Country
Bulgaria / United Kingdom / /
Facility
Plant Science Innovation / Plant Programmed Cell Death / National Institute of Agricultural Botany / University of Plovdiv / Lincoln N230 Beadle Center / Plant Physiology / University of Nebraska / plant PCD / Plant Molecular Biology / John Bingham Laboratory / /
IndustryTerm
Hydrogen peroxide signaling network / cell death network / energy resources / dynamic and redundant network / infection site / chemical identity / machinery controlling cell death / Plant cell death machinery / gene network / executionary and regulatory systems / hydrogen peroxide cell death network / animal cell death machinery / vacuolar processing enzyme / plant cell death network / elaborate redox signaling network / energy transfer / eukaryotic / signal transduction networks / /
Department of Biochemistry / National Institute of Agricultural Botany / University of Plovdiv / Center for Plant Science Innovation / Department of Plant Physiology and Plant Molecular Biology / Lincoln N230 Beadle Center / University of Nebraska / Lincoln / /
Person
Hatsugai / Franklin-Tong / Ilya Gadjev / Julie M. Stone / Della Mea / Van Breusegem / /
C H A P T E R T H R E E Programmed Cell Death in Plants: New Insights into Redox Regulation