This collection will showcase the high-quality work of internationally recognized researchers in the early stages of their careers working in the field of aging, metabolism, and redox biology. We aim to highlight research by leading scientists of the future across the entire breadth of this field, and present advances in theory, experiment, and methodology with applications to compelling problems.
Recognizing the future leaders of our field is fundamental to safeguarding tomorrow's driving force in innovation.
Aging, Metabolism, and Redox Biology welcomes research covering, but not limited to, the following areas:
? Evolutionary metabolic and redox regulation in aging
? Invertebrate metabolic and redox regulation in aging
? Hormonal regulation of metabolisms, redox signaling, and aging
? Protein and organelle turnover in metabolism, redox signaling
? Senescence and stem cells in aging, metabolism, and redox signaling
? Microbiomes in aging, metabolism, and redox signaling
? Mitochondria-nuclear signaling in aging, metabolism, and redox signaling
? Periphery-brain interaction in aging, metabolism, and redox signaling
? Dietary restriction and exercise in aging and redox signaling
? Drug development targeting metabolism and redox signaling in aging
? Proteasomes, autophagy, and mitophagy in aging, metabolism, and redox signaling
? System biology, epigenetics, and omics in aging, metabolism, and redox signaling
? Infection, inflammation, and immunology in aging, metabolism, and redox signaling
? Aging, metabolism, and redox signaling in heart, lung, liver, and neurological diseases
? Techniques and model systems
Please note, if you wish to make a spontaneous application to this collection please inform the Editorial Office at aging@frontiersin.org.
This collection will showcase the high-quality work of internationally recognized researchers in the early stages of their careers working in the field of aging, metabolism, and redox biology. We aim to highlight research by leading scientists of the future across the entire breadth of this field, and present advances in theory, experiment, and methodology with applications to compelling problems.
Recognizing the future leaders of our field is fundamental to safeguarding tomorrow's driving force in innovation.
Aging, Metabolism, and Redox Biology welcomes research covering, but not limited to, the following areas:
? Evolutionary metabolic and redox regulation in aging
? Invertebrate metabolic and redox regulation in aging
? Hormonal regulation of metabolisms, redox signaling, and aging
? Protein and organelle turnover in metabolism, redox signaling
? Senescence and stem cells in aging, metabolism, and redox signaling
? Microbiomes in aging, metabolism, and redox signaling
? Mitochondria-nuclear signaling in aging, metabolism, and redox signaling
? Periphery-brain interaction in aging, metabolism, and redox signaling
? Dietary restriction and exercise in aging and redox signaling
? Drug development targeting metabolism and redox signaling in aging
? Proteasomes, autophagy, and mitophagy in aging, metabolism, and redox signaling
? System biology, epigenetics, and omics in aging, metabolism, and redox signaling
? Infection, inflammation, and immunology in aging, metabolism, and redox signaling
? Aging, metabolism, and redox signaling in heart, lung, liver, and neurological diseases
? Techniques and model systems
Please note, if you wish to make a spontaneous application to this collection please inform the Editorial Office at aging@frontiersin.org.