Find Academic Supervisors

Eduardo Cimadevilla Fernández-PolaView profile

Lecturer

• Physiotherapy
• Sports Physiotherapy
• Injury Rehabilitation
• +6 more

Eduardo Cimadevilla Fernández-Pola serves as Lecturer and Director of the Physiotherapy Degree program at Camilo José Cela University's Faculty of Health Sciences, while co-directing the Continuing Education Course in Ultrasound and Invasive Physiotherapy Techniques. With over a decade of academic leadership including roles as Academic Secretary (2024-2025) and Master's Degree Director (2016-2025), he maintains active teaching positions at UCJC and Alfonso X el Sabio University, alongside previous appointments at Saint Louis University and Pontifical Catholic University Madre y Maestra. His academic credentials feature: Doctorate in Health Sciences (2025) Master's Degree in Sports Physiotherapy and Injury Rehabilitation (2016) Master's Degree in Continuing Education in Instrumental Physiotherapy (2015) Master's Degree in Osteopathic Physiotherapy (2013) Diploma in Physiotherapy (2012) Diploma in Nursing (2010) Specializing in Sports Physiotherapy and Injury Rehabilitation, his research pioneers ultrasound applications for musculoskeletal assessment and non-pharmacological fibromyalgia treatments. He investigates functional fitness training optimization and technology-enhanced anatomy education, consistently bridging clinical practice with academic rigor through evidence-based methodologies. His work demonstrates particular innovation in ecopalpation techniques and invasive physiotherapy interventions. Recent publications (2020-2024) reveal a strategic focus on translating research into clinical practice, with significant contributions to fibromyalgia management protocols and ultrasound-guided rehabilitation. Key trends include methodological advancements in reliability studies for musculoskeletal imaging, comparative analyses of training interventions, and systematic evaluations of non-pharmacological pain management approaches – collectively advancing evidence-based standards in physiotherapy. His scientific recognition includes: Wellbeing Award - XXVIII SEK Education Group Awards As an academic supervisor, he provides comprehensive guidance through: Continuous clinical practice tutoring since 2015 across Physiotherapy, Nursing, and Sports Performance programs Direction of final degree projects (TFG) and master's theses (TFM) with emphasis on applied research Curriculum development for specialized courses in ultrasound and invasive techniques He co-directs the Continuing Education Course in Ultrasound and Invasive Physiotherapy Techniques, fostering a collaborative environment where students gain proficiency in advanced diagnostic imaging and intervention methods under expert supervision, directly connecting academic training with clinical innovation.

• Sports Nutrition
• Exercise Physiology
• Nutritional Interventions
• +9 more

Dr. Jennifer A. Kurtz serves as Assistant Professor in the Department of Kinesiology within Appalachian State University's Beaver College of Health Sciences, where she directs both the Sports Nutrition & Performance Laboratory (SNAP) and the Departmental Honors program in Kinesiology. Certified as a Sports Nutritionist (CISSN), Exercise Physiologist (ACSM CEP), and Strength and Conditioning Specialist (NSCA CSCS), she bridges academic research with practical athletic application. Her educational foundation includes: Ph.D. in Kinesiology-Exercise Physiology (Nutrition Concentration) from Georgia State University M.S. in Health and Human Performance from Georgia College and State University B.S. in Exercise Science from Georgia College and State University Dr. Kurtz's research program investigates the physiological mechanisms linking nutritional interventions to athletic performance outcomes. Her laboratory specializes in metabolic exercise testing to evaluate nutrient timing strategies, ergogenic aids, and hormonal responses during training and competition. With particular focus on women's health across the athletic spectrum, her work develops preventative nutrition approaches that enhance both immediate performance and long-term metabolic health through precise physiological assessment. Analysis of her 2021-2024 publications reveals consistent investigation into evidence-based sports nutrition, with prominent themes including supplement efficacy (quercetin, citrulline, taurine), Ramadan fasting impacts in team sports, and validation of commercial nutrition products. Her research spans diverse athletic contexts from cycling time trials to basketball and soccer performance, always connecting biochemical mechanisms to practical field applications. Dr. Kurtz actively mentors 12 current student researchers across graduate and undergraduate levels, with projects including: Quercetin supplementation effects on oxidative stress in menopausal women Beetroot juice impacts on female athlete performance Muscle damage and recovery mechanisms Climbing performance optimization The SNAP Laboratory operates within Appalachian State's Leon Levine Hall of Health Science, providing state-of-the-art facilities for metabolic testing and physiological assessment. Dr. Kurtz cultivates a collaborative research environment that integrates exercise science, nutrition biochemistry, and performance analytics to address real-world challenges facing athletes and active individuals.

• Sports Science
• Exercise Physiology
• Cycling Science
• +5 more

Bernhard Prinz serves as a Research Assistant in both the Bachelor's and Master's Degree Programs in Training & Sport at the University of Applied Sciences Wiener Neustadt (FHWN), located at Campus 1 in Wiener Neustadt, Austria. His academic work focuses on exercise physiology with particular emphasis on oxygen dynamics and performance assessment in athletic populations. Prinz's research interests center around exercise physiology , specifically examining oxygen uptake kinetics, muscle deoxygenation patterns, and performance metrics across different populations. His work primarily investigates youth cycling development , tracking physiological changes over multi-year periods in competitive adolescent cyclists. He also explores specialized equipment effects (such as carbon running shoes), critical power determination across testing environments, and physiological adaptations in high-demand occupational groups like special forces personnel. His recent publications (2022-2024) demonstrate a strong focus on longitudinal studies of youth athletes, with particular attention to how aerobic fitness and muscle oxygenation evolve during development. These studies employ advanced measurement techniques including near-infrared spectroscopy for real-time muscle oxygenation assessment during exercise. Prinz has contributed to significant research projects including: Carbon shoes (2025-2026): Investigating physiological responses to advanced running footwear Muscle deoxygenation in youth athletes (2017-2025): Longitudinal study of oxygen extraction changes Critical power in laboratory and field conditions (2016-2025): Methodological comparisons Special forces Ministry of the Interior (2017-2023): Training intervention effects His research has practical applications for coaches, sports scientists, and occupational health professionals seeking to optimize training programs and understand physiological adaptation processes. Prinz's work bridges theoretical exercise physiology with real-world performance applications across diverse athletic and occupational settings.

Joost P H SeegerView profile

Lecturer

• Exercise Physiology
• Cardiovascular Health
• Heart Failure Rehabilitation
• +3 more

Joost P H Seeger is a Lecturer at HAN University of Applied Sciences in Arnhem, Netherlands. His academic work focuses on the intersection of exercise physiology and clinical healthcare, with particular emphasis on cardiovascular health and rehabilitation. Dr. Seeger's research interests span several key areas in health sciences: Exercise physiology and its application in clinical populations Cardiovascular health and rehabilitation, particularly for heart failure patients Physical activity promotion in hospitalized settings Vascular function and responses to exercise interventions Parkinson's disease and associated orthostatic challenges Development and validation of mobility monitoring technologies His publication record demonstrates a strong focus on evidence-based approaches to physical therapy and rehabilitation, with numerous studies examining the effects of different exercise modalities on physiological outcomes. Dr. Seeger frequently collaborates with researchers from Radboud University Medical Centre, indicating a strong connection between academic and clinical research environments. Dr. Seeger's scientific contributions include: Research demonstrating gaps in physical activity promotion within myocardial infarction treatment protocols Studies comparing high-intensity interval training versus continuous training for heart failure patients Investigations into how exercise protects against ischemia-reperfusion injury Validation of wireless sensor technology for monitoring patient mobility Examination of vascular responses in Parkinson's disease patients with orthostatic hypotension His work appears to have significant clinical implications for improving rehabilitation protocols and understanding physiological responses to exercise in various patient populations. Dr. Seeger's research methodology often involves detailed physiological measurements and comparative studies of different intervention approaches.

Dan GordonView profile

Professor

• Exercise Physiology
• Cardiorespiratory Exercise Physiology
• Endurance Physiology
• +4 more

Professor Dan Gordon is a distinguished Professor of Exercise Physiology at Anglia Ruskin University's Cambridge Centre for Sport & Exercise Sciences within the Faculty of Science and Engineering. With over 20 years of experience in sports physiology, he established the Sport and Exercise Science degree program at ARU in 2000. Gordon also holds an Honorary Lectureship and is an Associate Researcher at the Université Paris-Saclay, and serves as Patron for Living Sport in Cambridgeshire and Peterborough. His educational background includes: PhD 'The Oxygen Uptake Work-rate Relationship: Factors Limiting VO2max and the Implications for Exercise Stress Testing in the Field' from Anglia Ruskin University (2012) MSc Sports Science Fitness and Health from University of Essex (1998) BSc (Hons) Sport and Exercise Science from University of Northumbria (1996) HND Business and Leisure Management from Bolton Institute of Higher Education (1993) Professor Gordon's research focuses on the physiological limitations to oxygen uptake during exercise, marathon physiology, menstrual function and exercise, and disability sport & physical activity. His work bridges the gap between elite athletic performance and clinical populations, with particular expertise in cardiorespiratory exercise physiology and the assessment of endurance physiology. His research has fostered global collaborations and partnerships with multinational companies including Google, FiBit and FCB. Analysis of Professor Gordon's recent publications reveals a strong focus on the intersection of genetics and exercise response, physiological adaptations to various training methodologies (particularly blood flow restriction and high-intensity interval training), and the impact of physical activity on special populations including those with Down Syndrome and visual impairments. His work also addresses contemporary issues such as the effects of the COVID-19 pandemic on physical activity patterns. Professor Gordon has received significant recognition for his contributions to the field: BASES accredited Exercise Physiologist Senior Fellow of the Higher Education Academy Senior Fellow of the Royal Society of Medicine Author of the textbook 'Coaching Science' adopted in higher education institutions worldwide Over 140 published papers and abstracts As an academic supervisor, Professor Gordon currently mentors six PhD students including Ruby Cain, Chloe French, Jonathan Melville, David Whitelock, Andie Riches, and Mathew Slater, while having successfully supervised eight PhD candidates to completion. His research group has secured numerous grants supporting work in exercise physiology, including collaborations with UK Athletics, Cambridge Regional Swimming Squad, and various international institutions. He established the Exercise Physiology Summer School in 2020, which has become an international platform attracting students and speakers worldwide. Professor Gordon leads the Sport and Exercise Sciences Research Group at ARU and collaborates closely with the Université Paris-Saclay on international research initiatives. His work extends beyond academia through media engagement as a regular contributor to BBC programs including The Naked Scientists, Radio 4, Radio 5 Live, and World News, as well as writing for major publications like The Times, Telegraph, and Daily Mail. His 22 articles for The Conversation have garnered over 2.9 million reads, demonstrating his commitment to public engagement with science.

Shinichiro 'Shinbo' SugiuraView profile

Assistant Professor

• Exercise Physiology
• Sports Medicine
• Neuroscience
• +4 more

Shinichiro 'Shinbo' Sugiura is an Assistant Professor and Clinical Education Coordinator in Athletic Training at the Department of Kinesiology, Pennsylvania State University's College of Health and Human Development. His research focuses on high-intensity interval training, endothelial dysfunction, brain-derived neurotrophic factor (BDNF), aging, manual therapy, and emergency care. Ph.D. in Exercise Science (exercise physiology emphasis), The University of Toledo, 2015 M.S. in Athletic Training, Indiana State University, 2002 B.S. in Athletic Training, Indiana State University, 2001 B.A. in Physical Education, Chukyo University, Japan, 1997 His work explores physiological mechanisms linking exercise with vascular health, neuroprotection, and aging. Specializations include clinical education coordination, manual therapy techniques, and emergency care protocols in athletic training. Contact: sjs7222@psu.edu | Office: 146 Recreation Building, University Park, PA 16802

• Chronic Diseases
• Aging
• Obesity
• +4 more

Professor Eléonor Riesco serves as Full Professor in the Department of Kinesiology at the University of Sherbrooke's Faculty of Medicine and Health Sciences, while also holding the position of Deputy Director at the Research Center on Aging (CIUSSS de l'Estrie – CHUS). Her academic career spans over a decade with significant leadership roles including Program Director for the Kinesiology Bachelor's program (2016-2019). Her educational background includes a Doctorate in Kinesiology from Université Laval (2009), followed by postdoctoral training at Université de Sherbrooke (2011). Additional qualifications include Master's and undergraduate degrees from Université de Toulouse III. Riesco's research critically examines chronic diseases in aging populations through the lens of non-pharmacological interventions , with particular focus on physical activity's impact on obesity, cardiometabolic profiles, and immune function. Her work bridges exercise physiology with geriatric medicine , investigating how tailored exercise programs can mitigate cancer-related fatigue, improve diabetes management, and enhance quality of life in elderly patients. Analysis of her 15 most recent publications reveals a dominant research trajectory centered on high-intensity interval training (HIIT) applications for elderly populations with chronic conditions, particularly examining immune responses in cancer patients and metabolic outcomes in type 2 diabetes. Her methodology frequently combines transcriptomic analysis with clinical exercise interventions , reflecting an interdisciplinary approach to aging research. FRQS Postdoctoral Scholarship recipient Sherbrooke University Teaching Excellence Award winner CIUSSS de l'Estrie - CHUS Quality Care Award (2019) for ACTION project Scientific President for Expo-sciences Hydro-Quebec (2019) International Women's Day Recognition honoree Riesco leads substantial research funding including a $500,000 Research Chair for Healthy Aging (2021-2026) and multiple CIHR/FRQS grants exceeding $200,000 for cancer rehabilitation studies. She directs the Mobile Research Laboratory at the Research Center on Aging and has developed innovative tele-rehabilitation programs like Cardio Plein Air – Cancer. Her academic supervision extends to graduate students through courses including GER710 (Biosante Approach to Aging) and KIN318 (Obesity and Diabetes).

• Sports Science
• Exercise Physiology
• Biomechanics
• +3 more

Felipe García Pinillos is a distinguished Associate Professor in the Faculty of Health Sciences at the University of Granada, Spain, specializing in sports performance optimization and injury prevention for endurance runners. His research integrates physiological, neuromuscular, and biomechanical analysis of High-Intensity Interval Training (HIIT) protocols, establishing him as a globally recognized expert ranked fourth worldwide for publications in distance running research and within the top 1% globally in running science according to ExpertScape. He earned his Doctorate from the University of Jaén in 2016 with a thesis titled "Physiological, Neuromuscular and Biomechanical Response to HIIT in Endurance Runners," which received an Extraordinary Mention in 2019. His academic leadership includes coordinating the Master's Program in Research in Physical Activity and Sport since 2023. Research interests focus on evidence-based strategies for athletic performance enhancement and injury reduction in runners, with significant contributions to exercise physiology methodology and biomechanical efficiency metrics. His work bridges laboratory findings with practical sports training applications through rigorous analysis of neuromuscular fatigue and metabolic adaptations. Scientific recognition includes: Extraordinary Mention for Doctoral Thesis (University of Jaén, 2019) As an academic supervisor, he has directed nine doctoral theses (all Cum Laude, with three International Mentions and one Extraordinary Award) and over 50 undergraduate/master's theses. He leads major research initiatives including the national EduSport project (PID2020-115600RB-C21) and two University of Granada Young Researchers Plan projects (2020, 2022), contributing to his team's participation in over 15 competitively funded research programs. He actively contributes to the CTS-545 research group, directing specialized teams in running biomechanics and performance analytics that translate scientific findings into practical training frameworks for athletic communities.

Mark WillemsView profile

Professor

• Muscle Physiology
• Muscle Fatigue
• Muscle Injury
• +7 more

Professor Mark Willems is a Professor of Exercise Physiology at the University of Chichester's Institute of Sport, where he has been working since 2003. He serves as the programme coordinator for the MSc in Sport and Exercise Physiology and teaches modules including Sports Science: Physicality of Gaming, Muscle Physiology for Sport, Exercise and Nutrition, and Planning your Research Dissertation. His educational background includes dual MSc degrees in Exercise Physiology and Functional Anatomy from Vrije Universiteit Amsterdam (1990), followed by a PhD in Human Movement Sciences (1994) with his thesis focusing on 'Architectural Heterogeneity and Function of Bi-articular Muscle.' Before his academic career, he was a competitive athlete as a member of the National Dutch Youth Handball Team and the National Dutch Military Team, winning National Championships at both junior and senior levels in the Netherlands. Professor Willems' research program centers on exercise physiology with particular expertise in muscle function and nutritional interventions. He has established himself as a leading researcher in anthocyanin-rich supplementation, particularly New Zealand blackcurrant and Matcha green tea, and their effects on exercise performance, recovery, and physiological responses. His work spans multiple domains including muscle physiology, fatigue mechanisms, injury prevention, aging and exercise, eccentric exercise adaptations, occupational physiology, and exercise applications for clinical populations. His research approach combines laboratory-based physiological measurements with practical applications for athletes and clinical populations, often focusing on how nutritional interventions can enhance performance and recovery. His most recent publications demonstrate a consistent research focus on anthocyanin-rich compounds, particularly New Zealand blackcurrant, and their effects on physiological responses during exercise across various populations and conditions. The research shows particular interest in individual variability in responses to supplementation, effects on fat oxidation, cardiovascular responses, gastrointestinal symptoms during exercise in the heat, and applications for both elite athletes and clinical populations. Professor Willems has been recognized for his scholarly contributions through his fellowship with the European College of Sport Science. He has served on editorial boards for prestigious journals including the European Journal of Applied Physiology (2009-2023), European Journal of Sport Science (2011-present), Frontiers in Nutrition and Frontiers In Sport and Active Living (2022-present), and returned to the European Journal of Applied Physiology editorial board in 2023. As an academic supervisor, Professor Willems has directed numerous PhD students through completion, including Sam Blacker (2006-2009), Mandy Gault (2007-2010), James Gavin (2010-2013), Matthew Cook (2013-2017), Stefano Montanari (2017-2022), and currently supervises Andrew Briggs (2023-present). His research has been consistently funded, enabling extensive investigation into blackcurrant supplementation effects across various exercise modalities, populations, and environmental conditions. His collaborative approach is evident in the international nature of his research teams, working with colleagues across Europe, Asia, and North America. Professor Willems maintains an active research laboratory focused on exercise physiology and nutritional interventions, with particular emphasis on how anthocyanin-rich compounds affect physiological responses during exercise. His team employs comprehensive methodologies to assess cardiovascular, metabolic, and neuromuscular responses to exercise under various supplementation conditions, with applications ranging from elite athletic performance to health promotion in clinical populations.

• Cardiometabolic Risk
• Obesity Research
• Physiology
• +5 more

Morten Asp Vonsild Lund is an MD Research Assistant at the Department of Biomedical Sciences, Faculty of Health and Medical Sciences, University of Copenhagen. His research focuses on the physiology of circulation, kidney and lung, with particular emphasis on cardiometabolic risk factors in children and adolescents and their relationship to obesity. Dr. Lund's primary research interests include: Cardiometabolic risk assessment in pediatric populations Obesity-related physiological changes Exercise physiology and its impact on metabolic health Plasma biomarker discovery for early detection of metabolic disorders Genetic determinants of lipid and protein profiles Reference intervals for clinical biomarkers in children His recent work demonstrates a strong focus on identifying modifiable risk factors for cardiometabolic diseases in children and adolescents with obesity. Through comprehensive analyses of plasma lipidomes and proteomes, Dr. Lund and his colleagues are uncovering novel biomarkers that could lead to earlier interventions and improved health outcomes for young patients at risk. His research combines advanced omics technologies with clinical investigations to bridge molecular mechanisms with patient outcomes. Dr. Lund has received significant attention for his research, with multiple publications being highlighted in news outlets and social media platforms. His work on lipid profiling in Nature Medicine has been particularly influential, garnering substantial citations and attention from academic communities. Several of his papers have been widely shared across X (formerly Twitter) and Bluesky platforms, indicating broad scientific interest in his findings. As part of the research team at the University of Copenhagen, Dr. Lund collaborates extensively with colleagues across various disciplines, contributing to a robust research program focused on understanding and addressing metabolic health issues from childhood through adulthood. His work intersects with the Centre of Inflammation and Metabolism, reflecting the interdisciplinary nature of modern metabolic research.

• Pulmonary Medicine
• Cardiovascular Physiology
• Skeletal Muscle Function
• +4 more

Clinical Associate Professor Ulrik Winning Iepsen is affiliated with the Department of Clinical Medicine at the University of Copenhagen, where he conducts research at the intersection of pulmonary medicine, cardiovascular physiology, and exercise science. His work primarily focuses on chronic obstructive pulmonary disease (COPD) and its systemic manifestations, with particular attention to skeletal muscle dysfunction and vascular adaptations. Dr. Iepsen's primary research interests encompass three major domains: (1) the systemic effects of COPD beyond the lungs, particularly skeletal muscle blood flow regulation and adaptation to exercise training; (2) lactate metabolism as a biomarker for mitochondrial function in sepsis, challenging conventional clinical interpretations; and (3) the role of T-type calcium channels in vascular function among elderly populations. His work bridges basic physiological mechanisms with clinical applications, particularly in rehabilitation strategies for COPD patients and reinterpreting lactate dynamics in critical care settings. Analysis of his recent publications reveals a strong emphasis on exercise physiology in respiratory disease, with multiple studies examining skeletal muscle adaptations to training in COPD patients using advanced methodologies like Doppler ultrasound. His work demonstrates growing interest in microbiome research in respiratory conditions and expanding applications of exercise physiology principles to diverse clinical populations including athletes and critically ill patients. The publications show consistent collaboration with researchers at the University of Copenhagen and Copenhagen University Hospital. Dr. Iepsen has established a productive research program with multiple ongoing projects, including investigations into skeletal muscle adaptations following lung transplantation in end-stage COPD patients and further exploration of lactate dynamics in sepsis. His work appears to be supported by institutional resources at the Department of Clinical Medicine, with evidence of active collaborations across multiple research groups focusing on respiratory physiology and critical care medicine.

• Whole-body cryostimulation
• Exercise physiology
• Sports medicine
• +5 more

Benoit DUGUE is a Professor at the Faculty of Sport Sciences, University of Poitiers, France, a position held since 2002. Previously, he served as Associate Professor at University of Franche-Comte (1999-2001) and Assistant Professor at University of Limoges (2001-2002), following 11 years as Senior Researcher at Minerva Foundation Institute for Biomedical Research in Helsinki. His research centers on physiological responses to cryostimulation and cold exposure, with emphasis on whole-body cryostimulation (WBC) applications in sports and clinical settings. Key areas include sleep physiology in athletes, cardiovascular adaptations post-myocardial infarction, metabolomic profiling during exercise recovery, and thermal regulation mechanisms. His work bridges sports science with clinical rehabilitation, particularly investigating WBC's therapeutic potential for pain management and sleep disorders. Analysis of his 2024-2025 publications reveals three dominant trends: 1) Protocol optimization studies examining exposure duration, timing, and individual factors (sex/BMI) for maximum efficacy; 2) Clinical applications targeting menstrual pain, cardiovascular recovery, and metabolic responses; 3) Safety-focused research establishing contraindications through international consensus efforts. His work consistently employs rigorous methodologies including randomized controlled trials and metabolomic analyses. No scientific awards were mentioned in the source material. No information regarding student supervision or grant funding was provided in the available documentation. He actively participates in the WBC Working Group of the International Institute of Refrigeration, contributing to position papers on safety standards. His research involves extensive European collaborations, particularly with teams specializing in sports medicine, cardiology, and metabolomics, as evidenced by multi-institutional publications.

• Post-activation potentiation and performance
• Blood flow restriction for strength and conditioning
• Nutritional ergogenic aids and performance
• +2 more

Paul O'Connor is a Professor in the School of Health Sciences specializing in exercise physiology and performance optimization. His research focuses on practical applications of training methodologies to enhance athletic performance and health outcomes through scientific investigation. His academic credentials include: PhD from Dublin City University BSc from Dublin City University Dr. O'Connor's research program centers on post-activation potentiation techniques, blood flow restriction training, nutritional ergogenic aids, high-intensity interval training (HIIT), and exercise performance in thermal stress environments. His work bridges laboratory findings with practical applications for athletes and clinical populations, emphasizing evidence-based approaches to performance enhancement and health improvement. Current investigations examine how specific training interventions affect physiological markers and performance outcomes across diverse athletic contexts. Analysis of his publication record (2021-2009) reveals consistent focus on exercise physiology with recurring themes in thermoregulation, training adaptations, and performance optimization. His research frequently involves collaborative projects with institutions in Ireland and the United States, particularly examining sport-specific demands in Gaelic football, American football, and wrestling. Key methodological approaches include acute intervention studies, longitudinal training adaptations, and biomarker analysis to understand physiological mechanisms. Dr. O'Connor actively mentors undergraduate and graduate students in his research laboratory, providing hands-on experience in experimental design and data collection. His teaching portfolio includes foundational courses in exercise physiology and fitness assessment that directly inform his research program. Professional certifications as an ACSM Exercise Physiologist and CSCS demonstrate his commitment to evidence-based practice. The research environment provides practical opportunities for students to engage in current projects investigating plyometric performance enhancement, blood flow restriction applications, and heat stress physiology. This hands-on approach prepares students for careers in sports science while advancing the field through methodologically rigorous investigations of training interventions.

• Whole body, metabolic and cardiovascular adaptations following exercise training
• Hydration levels in elite athletes
• Effect of supplements on muscle metabolism and performance
• +2 more

Jason Talanian serves as Professor and Department Chair of Exercise and Sports Science within Fitchburg State University's School of Health and Natural Sciences. His office is located in Room #100-A with Fall 2025 office hours Mondays 11:30 a.m.-1 p.m. and Tuesdays 12:30-2 p.m. He teaches core EXSS curriculum including Exercise Physiology (EXSS 2071), Nutrition in Exercise and Sport (EXSS 2300), and Scientific Foundations of Strength Training & Conditioning (EXSS 3120). His educational background includes: Ph.D. in Exercise Physiology, University of Guelph (2008) M.Sc. in Exercise Science, California State University Sacramento (2003) B.A. in Biology, California State University Sacramento (2000) Research examines metabolic/cardiovascular exercise adaptations, elite athlete hydration, and supplement effects on performance. His work combines controlled laboratory studies with field applications, particularly investigating how nutritional interventions like caffeine modulate physiological responses during endurance activities. Current scholarship builds on decade-long investigations into training-induced metabolic plasticity. Publications from 2006-2016 reveal evolving focus from molecular mechanisms (HSL regulation, taurine metabolism) toward applied performance outcomes (interval training efficacy, caffeine ergogenics). The research consistently employs human subject models across diverse athletic populations with emphasis on translational findings for sports science practice. As Department Chair, Dr. Talanian oversees academic operations while maintaining active scholarship. His leadership role involves curriculum development, faculty coordination, and program assessment within the Exercise and Sports Science department. Teaching responsibilities span foundational to advanced coursework with emphasis on evidence-based practice.

• Diabetes Management
• Infection Medicine
• Internal Medicine
• +5 more

Birgitte Lindegaard Madsen serves as a Clinical Associate Professor at the Department of Clinical Medicine, University of Copenhagen, specializing in Internal Medicine with focus on infection medicine. Her clinical address is Blegdamsvej 3, 2200 København N, and she maintains active roles in both clinical practice and research within the Danish healthcare system. With 99 documented research outputs, she demonstrates substantial academic productivity across multiple clinical domains. Dr. Lindegaard Madsen's research spans diabetes management in hospital settings , infectious disease epidemiology , and post-infection rehabilitation . Her work on continuous glucose monitoring protocols for inpatients with type 2 diabetes has established new standards for non-intensive care unit settings. She also investigates respiratory virus impacts through sophisticated modeling approaches and examines the intersection of metabolic conditions and infectious diseases. Recent work explores exercise interventions for healthcare workers and cardiac rehabilitation following COVID-19 infection. Her publication record shows consistent focus on practical clinical interventions addressing immediate healthcare challenges. The research demonstrates strong methodological rigor with multiple randomized controlled trials, large-scale epidemiological studies, and cross-sectional analyses. Notable projects include the DIATEC trial comparing diabetes management approaches and collaborative studies on respiratory virus mortality across Denmark from 2015-2024. Dr. Lindegaard Madsen maintains extensive collaborations across Danish medical institutions and participates in international research networks. Her work with the DIATEC study group has produced significant findings on insulin titration algorithms, while her research on post-COVID cardiac function has contributed to understanding long-term recovery patterns. She frequently co-authors with researchers specializing in endocrinology, infectious diseases, and clinical epidemiology, demonstrating interdisciplinary engagement.