We are proud to introduce the Frontiers in Physiology “Rising Stars in Redox Physiology” article collection celebrating emerging leaders in the field.

In the rapidly evolving field of redox physiology, the integration of nitric oxide research and its implications in health and disease remains a cornerstone of bioscience advancement. Contemporary studies underscore the immense therapeutic potential intrinsic to redox signaling—vital for cellular processes and homeostasis. Despite this, the intricate mechanisms of redox biology demand further elucidation to reconcile existing theoretical divergences and experimental limitations, emphasizing a critical need for innovative research approaches.

This Research Topic aims to showcase the groundbreaking contributions of early-career scientists focusing on novel experimental techniques, theoretical advancements, and innovative methodologies that significantly influence redox physiology and nitric oxide research. By highlighting the pioneering work of these emerging leaders, we seek to foster a comprehensive understanding of nitric oxide signaling, its functional dynamics in physiological and pathological states, and the development of targeted redox-modulating therapeutic strategies.

We particularly encourage submissions that address, but are not limited to, the following topics:

• Nitric oxide signaling in health and disease
• Redox signaling and cysteine modifications in cell physiology
• Innovative therapeutic approaches targeting redox pathways
• Sex differences in redox and nitric oxide biology
• The influence of lifestyle factors (diet, exercise) on redox physiology
• Novel techniques for investigating redox signaling
• Multiomics of redox signaling
• Redox signaling in interorgan crosstalk

We look forward to your contributions to this exciting new Research Topic, which aims to highlight the visionaries shaping the future of nitric oxide and redox research.

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Frontiers in Physiology

Submit your idea

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