Peroxiporins : redox signal mediators in and between cells / edited by Iria Medrano-Fernandez, Gerd Patrick Bienert, and Roberto Sitia. -- Boca Raton : Taylor and Francis, 2024. – (58.174353/P453)

Contents

Preface / vii
Acknowledgments / ix
Editors / xi
Contributors / xiii
1. ROLE OF THE CELLULAR HYDROGEN PEROXIDE LANDSCAPE PROFILE IN REDOX SIGNALING / 1
2. HOW GRADIENTS AND MICRODOMAINS DETERMINE H202 REDOX SIGNALING / 5
3. DIFFUSION AND TRANSPORT OF PEROXYNITRITE ACROSS CELL MEMBRANES / 21
4. HYDROGEN PEROXIDE AS A SUBSTRATE FOR AQUAPORINS FROM A STRUCTURE-FUNCTION PERSPECTIVE / 41
5. USE OF GENETICALLY ENCODED REPORTERS TO QUANTIFY INTRACELLULAR H202 LEVELS IN EUKARYOTIC CELLS / 49
6. H202/ROS PRODUCTION, CONSUMPTION, AND TRANSPORT ACROSS ORGANELLES / 54
7. THE MYSTERY BEHIND HYDROGEN PEROXIDE PERMEATION ACROSS THE PEROXISOMAL MEMBRANE / 88
8. ROLE OF MAMMALIAN AQUAPORIN INSIDE THE CELL: AN UPDATE / 102
9. PEROXIPORINS IN PLANT-MICROBIAL INTERACTIONS / 120
10. ROLE OF PEROXIPORINS IN PLANT STRESS SIGNALING AND DEVELOPMENT / 147
11. EVOLUTION AND FUNCTION OF PEROXIPORINS IN PISCINE SPERMATOZOA / 158
12. REGULATED TRANSPORT OF H202 ACROSS THE PLASMA MEMBRANE BY AQUAPORIN-8 / 172
13. PEROXIPORINS AS CRUCIAL ADVOCATES OF REDOX ARCHITECTURE / 188
14. THE HISTORY OF THE DISCOVERY OF PEROXIPORINS / 215
Index / 226