ETHYLENE IN PLANT BIOLOGY
1 ETHYLENE IMPLICATION IN ROOT DEVELOPMENT 2 CROSSTALK OF ETHYLENE AND OTHER PHYTOHORMONES IN THE REGULATION OF PLANT DEVELOPMENT 3 ETHYLENE AND REGULATION OF METABOLITES IN PLANTS 4 ETHYLENE AS A MULTITASKING REGULATOR OF ABSCISSION PROCESSES 5 ETHYLENE: A POWERFUL COORDINATOR OF DROUGHT RESPONSES 6 CURRENT UNDERSTANDING OF ETHYLENE AND FRUIT RIPENING 7 ETHYLENE AND ROS CROSSTALK IN PLANT DEVELOPMENTAL PROCESSES 8 ROLE OF ETHYLENE IN FLOWER AND FRUIT DEVELOPMENT 9 ETHYLENE AND NUTRIENT REGULATION IN PLANTS CONTENTS CONTENTS 10 PLANT METABOLISM ADJUSTMENT IN EXOGENOUSLY APPLIED ETHYLENE UNDER STRESS 11 ROLE OF ET AND ROS IN SALT HOMEOSTASIS AND SALINITY STRESS TOLERANCE AND TRANSGENIC APPROACHES TO MAKING SALT-TOLERANT CROPS , 12 ETHYLENE AND PHYTOHORMONE CROSSTALK IN PLANT DEFENSE AGAINST ABIOTIC STRESS 13 MECHANISM FOR ETHYLENE SYNTHESIS AND HOMEOSTASIS IN PLANTS: CURRENT UPDATES 14 ETHYLENE AND NITRIC OXIDE UNDER SALT STRESS: EXPLORING REGULATORY INTERACTIONS 15 ETHYLENE AND METABOLIC REPROGRAMMING UNDER ABIOTIC STRESSES 16 REGULATION OF THERMOTOLERANCE STRESS IN CROPS BY PLANT GROWTH-PROMOTING RHIZOBACTERIA THROUGH ETHYLENE HOMEOSTASIS 17 ETHYLENE: SIGNALING, TRANSGENICS, AND APPLICATIONS IN CROP IMPROVEMENT 18 ROLE OF ETHYLENE IN COMBATING BIOTIC STRESS 19 ETHYLENE AND NITRIC OXIDE CROSSTALK IN PLANTS UNDER ABIOTIC STRESS 20 POLYAMINE METABOLISM AND ETHYLENE SIGNALING IN PLANTS