Wageningen University Appoints New Professor to Study How Cell Energy Impacts Health
Wageningen, Wednesday, 16 September 2026.
In September 2026, Wageningen University appointed Professor Werner Koopman to research how cellular energy production impacts health, offering vital insights to combat metabolic and age-related diseases.
The Intersection of Medicine and Healthtech
This scientific development represents a major milestone in the fields of medicine and healthtech, focusing on how cellular energy production directly influences the health and longevity of living organisms [1]. The individual leading this research is Prof. dr. Werner Koopman, who was born in 1969, making him 57 years old at the time of his extraordinary professor appointment in September 2026 [1]. His new chair of Molecular Mitochondrial Bioenergetics is established at Wageningen University & Research (WUR) and is co-supported by Radboudumc, bridging academic and clinical research [1].
Unlocking the Mechanics of Cellular Energy
To understand how this biological innovation works, the research focuses on the micro-level operations of mitochondria, which act as the primary energy factories of the cell [1]. Specifically, Prof. Koopman is investigating how a specific mitochondrial protein, nicotinamide nucleotide transhydrogenase (NNT), couples cellular energy production with the prevention of oxidative stress and the facilitation of signal transduction [1]. Furthermore, the research explores how biochemical reactions inside the mitochondria are physically linked to their shape and internal ultrastructure, which includes the pioneering development of artificial mitochondrial structures and analyzing how thermal interventions at both cellular and animal levels influence overall energy metabolism [1].
Combating Age-Related and Metabolic Diseases
The primary benefit of this research is its potential to translate fundamental molecular biology into practical medical and therapeutic solutions [1]. By analyzing the direct impact of nutrition, vitamins, and specific intervention strategies on mitochondrial health, this chair aims to uncover new ways to combat mitochondrial disorders, age-related decline, and other metabolic diseases in both humans and animals [1]. Operating under the Physiology of Human and Animal group led by Prof. Jaap Keijer, Koopman’s research utilizes advanced microscopy and analytical techniques developed during his previous tenure at Radboudumc to monitor and influence mitochondrial ‘morphofunction’ under various metabolic states [1].