High Resolution EPR - Applications to Metalloenzymes and Metals in Medicine

CONTRIBUTORS

PREFACE

CONTENTS

LIST OF COLOR FIGURES

ABOUT THE EDITORS

INTRODUCTION

HIGH-RESOLUTION EPR METHODS

ADVANCED PULSE EPR METHODS FOR THE CHARACTERIZATION OF METALLOPROTEINS

PROBING STRUCTURAL AND ELECTRONIC PARAMETERS IN RANDOMLY ORIENTED METALLOPROTEINS BY ORIENTATION-SELECTIVE ENDOR SPECTROSCOPY

MOLECULAR SOPHE: AN INTEGRATED APPROACH TO THE STRUCTURAL CHARACTERIZATION OF METALLOPROTEINS: THE NEXT GENERATION OF COMPUTER SIMULATION SOFTWARE

SPIN-HAMILTONIAN PARAMETERS FROM FIRST PRINCIPLE CALCULATIONS:THEORY AND APPLICATION

IRON PROTEINS

EPR OF MONONUCLEAR NON-HEME IRON PROTEINS

BINUCLEAR NON-HEME IRON ENZYMES

PROBING THE STRUCTURE–FUNCTION RELATIONSHIP OF HEME PROTEINS USING MULTIFREQUENCY PULSE EPR TECHNIQUES

EPR STUDIES OF THE CHEMICAL DYNAMICS OF NO AND HEMOGLOBIN INTERACTIONS

NICKEL AND COPPER ENZYMES

EPR INVESTIGATION OF [NIFE] HYDROGENASES

UNIQUE SPECTROSCOPIC FEATURES AND ELECTRONIC STRUCTURES OF COPPER PROTEINS: RELATION TO REACTIVITY

METALS IN MEDICINE

INSULIN-ENHANCING VANADIUM PHARMACEUTICALS: THE ROLE OF ELECTRON PARAMAGNETIC RESONANCE METHODS IN THE EVALUATION OF ANTIDIABETIC POTENTIAL

CHROMIUM IN CANCER AND DIETARY SUPPLEMENTS

HIGH-FREQUENCY EPR AND ENDOR CHARACTERIZATION OF MRI CONTRAST AGENTS

CONTENTS OF PREVIOUS VOLUMES

INDEX