Cell Physiol Biochem

Call for Papers: Special Issue in Cellular Physiology and Biochemistry

Therapeutic Frontiers and Physiological Impacts of Oxidative Stress Across Biological Systems

We invite high-impact contributions to our upcoming Special Issue focused on the diverse roles and mechanisms of oxidative stress across biological systems. This collection aims to integrate perspectives from molecular biology, physiology, veterinary science, and therapeutic innovation to advance our understanding of redox biology in health and disease.

Guest Editors
Prof. Dr. Natalia Kurhaluk
Prof. Dr. Halina Tkaczenko

Institute of Biology, Pomeranian University in Słupsk, Poland
Expertise: environmental toxicants and oxidative damage, mitochondrial respiration, redox regulation, antioxidant defenses, L-arginine metabolism, and ecotoxicological impacts.

Scope and Topics
We welcome original research articles, reviews, methodological advances, and perspectives addressing:

  • Redox signaling and oxidative stress at the molecular and cellular levels
  • Physiological and pathological roles of oxidative stress in development, aging, and disease
  • Chronic, degenerative, and infectious diseases linked to redox imbalance
  • Gut microbiome interactions and redox homeostasis
  • Veterinary perspectives: oxidative stress in animal health and treatment
  • Antioxidant defense systems, therapeutic strategies, and translational approaches
  • Novel experimental tools to study oxidative stress
  • Comparative biology and cross-species redox adaptations

Why Submit?
This Special Issue provides a unique platform to publish with global leaders in redox biology and contribute to a rapidly evolving field. Manuscripts with translational, clinical, or comparative significance are especially encouraged.

Keywords:
Oxidative stress • Redox regulation • Mitochondrial dysfunction • Antioxidant therapy • Microbiota–host interactions • Environmental toxicology • ROS • L-arginine metabolism • Comparative physiology • Aging and disease • Veterinary medicine • Experimental models • Novel methodologies

Submission Guidelines and Benefits

Join us in shaping a comprehensive and innovative exploration of oxidative stress and its therapeutic frontiers.

We look forward to your contributions!