Marc Jeschke

Marc Jeschke is a Professor of Surgery at McMaster University's Michael G. DeGroote School of Medicine, specializing in burn care and trauma surgery. With over 30 years of academic contributions, his work focuses on understanding the pathophysiological responses to burn injuries, particularly the metabolic and immunological changes that occur following severe burns.

Dr. Jeschke's research interests span multiple critical areas in burn care including the hypermetabolic response to burns, adipose tissue metabolism following thermal injury, stem cell therapies for wound healing, nutritional support for burn patients, and innovative approaches to burn reconstruction. His work has significantly advanced our understanding of how burn injuries trigger complex systemic responses affecting multiple organ systems.

Analysis of Dr. Jeschke's recent publications reveals a strong focus on the intersection of metabolism, aging, and burn injury. His work increasingly examines sex and age differences in burn outcomes, adipose tissue browning following thermal injury, and pharmacological interventions like metformin and β-blockers to mitigate adverse metabolic responses. The research demonstrates a shift toward precision medicine approaches in burn care, with growing emphasis on biomarkers and personalized treatment strategies.

Dr. Jeschke has made substantial contributions to the field through numerous book chapters and editions including Handbook of Burns and GLOBAL INFECTION PREVENTION AND MANAGEMENT IN HEALTHCARE. His scholarly activity demonstrates consistent productivity with over 300 publications spanning decades, reflecting his position as a leading authority in burn care research.

His research program involves extensive collaboration with multidisciplinary teams focusing on translational approaches to improve burn patient outcomes. Current work emphasizes innovative technologies including bioprinting for skin regeneration, novel wound matrices, and advanced understanding of the cellular and molecular mechanisms underlying burn pathophysiology.