Director - Exercise Science

Emles BioVentures is a cutting-edge scientific research organisation committed to accelerating and supporting innovative approaches that have the potential to significantly improve human healthspan and longevity. Our mission is to push the boundaries of science to uncover groundbreaking discoveries that can transform how we age and enhance our overall well-being. We are passionate about driving the health revolution through rigorous science, pioneering research, and the application of the latest advancements in biotechnology and medical science.At Emles BioVentures, we believe that extending the healthy years of life is not just a possibility but an imminent reality. Our dedicated team of scientists, researchers, and experts work tirelessly to explore the mechanisms of aging, identify novel interventions, and develop strategies that promote a longer, healthier life. We are committed to translating scientific research into real-world applications, ensuring that our findings have a tangible impact on human health and longevity.We are seeking a highly skilled and knowledgeable Director of Exercise Science specialising in Muscle Protein Synthesis (MPS), mitochondrial function, and metabolic health. The ideal candidate will have deep expertise in advanced measurement techniques and experienced with both the theoretical and practical aspects of optimising muscle growth, metabolic health, and overall performance. This role involves conducting innovative research, developing evidence-based protocols, and translating complex scientific findings into actionable insights for diverse populations.Key ResponsibilitiesDesign research studies to explore novel strategies for enhancing muscle protein synthesis, mitochondrial function, and overall metabolic health.Develop protocols for assessing morphological and functional parameters of muscle quality using muscle biopsies, imaging techniques, and other tests.Design in-depth studies on MPS using advanced measurement techniques such as isotopic tracers and ²H2O labeling.Establish collaborations with academic and industry partners.Collaborate with experts and utilize findings from leading researchers, to ensure protocols confer to the latest scientific evidence.Identify best practices and novel interventions for improving health span and promoting longevity based on scientific evidence.Essential criteriaPh.D. in Exercise Science, Sports Medicine, Physiology, Biochemistry, Nutrition Science, or a related field.Subsequent postdoc or industry experience.Extensive experience with muscle protein synthesis measurement techniques (e.g. isotopic tracers, SUnSET, or/and ²H2O labelling).Experience with assessing muscle quality with muscle biopsies and/or imagingStrong understanding of nutrition science, including protein intake optimization, microbiome health, and anti-aging therapies.Experience with using blood lactate levels, respiratory quotient (RQ) tests, and other metrics to assess mitochondrial function and energy utilization in various training conditions.Strong interest in anti-aging and longevity research.Excellent analytical and critical thinking skills.Effective communication skills, both written and verbal.Self-motivated, organized, and able to work independently.