Henk Hogeveen is a Lecturer at Utrecht University's Faculty of Veterinary Medicine , Department of Population Health Sciences. He also serves as a Professor at Wageningen University (Business Economics group). His work focuses on the intersection of veterinary science and social sciences , particularly in dairy cattle health , production diseases, and precision livestock farming . Education : BSc and MSc in Veterinary Epidemiology and Animal Health Economics from Wageningen University (1989) PhD in Automated Diagnosis of Mastitis (Utrecht University, 1994) Henk's research integrates animal health economics with precision dairy farming , examining topics such as sensor systems for mastitis detection, economic consequences of reproductive performance, and cost-benefit analysis of herd health programs. His work addresses challenges in automated milking systems, disease control, and decision-making frameworks for dairy farmers. He has published extensively in peer-reviewed journals and presented at international conferences, including keynote roles. His affiliations span Utrecht University (since 2001) and Wageningen University (Business Economics group), reflecting a dual focus on veterinary management and economic theory.
Füsun COŞKUN is an Assistant Professor at Ahi Evran University's Vocational School of Technical Sciences, Department of Plant and Animal Production, where she has been employed full-time since 2012. She previously served as Department Head from 2012-2013. Education: PhD in Animal Science, Ankara University (2003-2008) MSc in Animal Science, Ankara University (2000-2003) BSc in Animal Science, Ankara University (1995-2000) Research Focus: Her primary expertise is in Small Animal Breeding and Improvement, with specific emphasis on goat and sheep production systems. Research areas include lactation performance in Maltese goats, milk quality assessment, somatic cell count analysis, breeding strategies for Akkeci sheep, and sustainable animal husbandry practices. She employs mathematical modeling for performance prediction and investigates traditional Turkish animal practices. Publication Trends: Her 61 publications demonstrate evolving focus from cultural animal practices (2012-2016) to quantitative animal science (2017-present). Recent work emphasizes dairy goat production, milk composition analysis, and breeding efficiency, utilizing advanced statistical models and sustainable approaches. Awards: Session Best Paper Award, Eminent Association of Researcher in Biological and Medical Sciences (2017) Grants & Projects: Has led 11 research projects including: Malta Keçisi Oğlaklarının Besi Performansının Belirlenmesi (2023-2024) Somatik Hücre Sayısının Keçi Sütü Kalitesine Etkisi (2021-2022) Akkeci Female Kids Early Breeding (2016) Maltese Goat Milk Composition Analysis (2014-2016) Advising: Supervised Master's student Mercan Karakaş (2020) on somatic cell count detection methods in ruminant milk. Collaborations: Extensive work with researchers including Mehmet Ertuğrul (Ankara University) and Orhan Yılmaz (Ardahan University) on animal breeding and ethology projects.
David A. Alagpulinsa serves as Assistant Professor of Comparative and Cardiovascular Medicine at Yale School of Medicine, where he leads the AlagsLab established in 2023. His research integrates genetics, immunology, molecular biology, and biomedical engineering to investigate hematopoietic function in complex diseases including type 1 diabetes, cardiovascular disorders, and hematologic malignancies. PhD in Interdisciplinary Biomedical Sciences, University of Arkansas for Medical Sciences (2015) Postdoctoral Training, Massachusetts General Hospital & Harvard Medical School (2021) Instructor, Massachusetts General Hospital & Harvard Medical School (2023) His research spans hematopoiesis, clonal hematopoiesis, cardiovascular disease mechanisms, and immunoprotection strategies for diabetes. The AlagsLab employs single-cell analysis, genomics, and bioengineering approaches to identify molecular targets for precision medicine. Current work focuses on immune-metabolic interactions in HIV-related cardiovascular complications, genomic instability in hematologic malignancies, and novel cell replacement therapies for diabetes. His publication portfolio demonstrates consistent contributions across hematology, immunology, and metabolic disease research, with recent emphasis on translational applications of genomic discoveries and innovative immunoprotection strategies. Key trends include the molecular basis of clonal hematopoiesis, CXCL12-mediated immune protection for islet transplantation, and HIV-associated cardiovascular complications. Keystone Fellow (2023) JDRF Diversifying Diabetes Research Talent Award (2022) MGH Poster of Distinction Award (2021) Physician/Scientist Career Development Award (2020) Tosteson Postdoctoral Fellowship (2019) Dr. Alagpulinsa serves on NIH study sections and as ad-hoc reviewer for major journals including Haematologica and American Journal of Transplantation. His collaborative work spans Yale's Vascular Biology and Therapeutics Program, Yale Center for Molecular and Systems Metabolism, and the Cooperative Center of Excellence in Hematology. The AlagsLab maintains active partnerships with Massachusetts General Hospital and Harvard Medical School investigators. The AlagsLab operates within Yale's Department of Comparative Medicine with access to core facilities including Cell Prep & Analysis, Imaging, and Animal Modeling resources. Current research directions include developing precision medicine approaches for hematopoietic disorders and advancing cell-based therapies for diabetes through novel immune-protection strategies.
Maj Beldring Henningsen is a Researcher and PhD fellow at the Department of Veterinary and Animal Sciences, University of Copenhagen. She holds an M.Eng in Bioinformatics and Systems Biology and a B.Eng in Biomedical Engineering. Her work focuses on veterinary epidemiology and registry data analysis, with affiliations in both Animal Welfare and Disease Control and Veterinary Clinical Microbiology research groups. Her research applies quantitative methods including epidemiology, statistical modelling, and data science to improve dairy cattle health. Primary interests include: Antibiotic usage patterns and stewardship in livestock Somatic cell count analysis for early mastitis detection Registry-based disease surveillance systems Biostatistical methods for veterinary applications Publications demonstrate consistent focus on dairy cattle health optimization through national registry analysis. Recent works cluster around: (1) antimicrobial usage reporting validation, (2) somatic cell pattern recognition for infection detection, and (3) evidence-based dry-off treatment protocols. This corpus reflects expertise in transforming agricultural datasets into preventive health strategies. Awards and recognition: 1st prize for most innovative Datathon project (2021) for developing data-driven veterinary solutions No information is available regarding student advising, research grants, or laboratory leadership roles at this time.
Mossa Merhi Reimert is a Postdoctoral Researcher (Research Fellow) at the Department of Veterinary and Animal Sciences within the Faculty of Health and Medical Sciences, University of Copenhagen. Her work is centered in the Animal Welfare and Disease Control section, focusing on quantitative approaches to livestock disease management and prevention. Her research interests span veterinary epidemiology, disease modeling, animal disease transmission dynamics, spatial risk assessment, and animal welfare optimization. She employs advanced computational techniques to analyze disease spread patterns, emphasizing data-driven interventions for zoonotic and livestock-specific pathogens. Key methodological approaches include spatial modeling, social network analysis, and registry data mining to address critical challenges in Danish agricultural systems. Analysis of her 2024-2025 publications reveals a cohesive research trajectory centered on high-impact animal diseases: Highly Pathogenic Avian Influenza (HPAIV) transmission to cattle, Porcine Reproductive and Respiratory Syndrome (PRRS) in swine, and Salmonella control in dairy herds. Her work consistently integrates spatial-temporal modeling with practical intervention assessment, demonstrating strong alignment with national disease control priorities in Denmark. Scientific recognition includes: 1st prize for most innovative Datathon Project (August 2021), highlighting methodological innovation in data science applications for veterinary medicine While no formal student advising is documented in the provided materials, her collaborative publication patterns indicate active mentorship within research teams. Grant funding details are not specified in the source text, though her work clearly leverages national veterinary registries and collaborative frameworks. Her research operates within the Animal Welfare and Disease Control ecosystem at the University of Copenhagen, characterized by strong interdisciplinary collaboration across veterinary epidemiology, theoretical biology, and agricultural data science teams. Current projects emphasize real-world applicability through partnerships with Danish agricultural authorities and industry stakeholders.
Olav Reksen is a Professor at the Norwegian School of Veterinary Medicine, Norwegian University of Life Sciences (NMBU), where he specializes in large animal reproduction and obstetrics. He is affiliated with the Section for Outpatient Clinic and Herd Medicine and has been a key figure in veterinary research, particularly in dairy cow health and reproduction. He served as head of the Department of Production Animal Medicine during two periods: 2010–2014 and 2018–2021. His research focuses on dairy cow reproduction, udder health, mastitis, somatic cell count dynamics, and metabolic disorders . He has extensively studied reproductive performance in Norwegian and Tanzanian cattle systems, incorporating advanced techniques such as Fourier Transform Infrared (FTIR) spectroscopy for milk analysis and mathematical modeling of infection transmission. His work bridges clinical practice, epidemiology, and data-driven diagnostics in veterinary science. His recent publications (2020–2024) show a strong trend toward integrating sensor data, spectroscopic methods, and modeling to improve herd health monitoring. Themes include automatic milking systems, subclinical ketosis detection, pathogen-specific milking patterns, and transmission dynamics of intramammary infections. These works reflect a shift toward precision livestock farming and real-time health assessment using non-invasive technologies. Although no scientific awards are mentioned in the provided text, his long publication record in high-impact journals such as Journal of Dairy Science , Preventive Veterinary Medicine , and Theriogenology underscores his academic influence. He has supervised or collaborated with numerous researchers, especially on projects involving reproductive management, calf health, and dairy herd monitoring in both developed and low-resource settings. Olav Reksen has been actively involved in grant-funded research, particularly on reproductive performance, antibiotic resistance, and herd health in Norwegian Red Cattle, as well as smallholder dairy systems in Tanzania and Malawi. His leadership roles and sustained research output indicate ongoing involvement in both national and international veterinary research initiatives. He is associated with clinical and research teams focused on herd medicine and outpatient services, contributing to both academic training and practical veterinary care. His work often involves interdisciplinary collaboration with statisticians, microbiologists, and agricultural scientists to address complex animal health challenges.
Reinard Everts is an Assistant Professor at the Faculty of Veterinary Medicine , Utrecht University, specializing in Farm Animal Health with a focus on sustainable ruminant health. His research bridges veterinary parasitology, infectious disease dynamics, and epidemiology. Veterinary parasitology Infectious disease monitoring Sustainable livestock health Pathology of animal infections His recent publications highlight studies on intramammary infections in sheep , tick-borne pathogens , and drug resistance in gastrointestinal nematodes . These works emphasize zoonotic risks, evolutionary biology of pathogens, and agricultural sustainability challenges in the Netherlands. He can be contacted via email at r.r.everts@uu.nl at the Martinus G. de Bruin Building, Yalelaan 7, Utrecht.
Maria Jesus Navarro Rios serves as an Associate Professor in the Department of Agro-Food Technology at Miguel Hernández University of Elche, Spain. She concurrently directs the Interdisciplinary Center for Gender Studies and holds significant administrative roles including University Senate Member (Sector 2) and Works Council Member. Her teaching spans undergraduate and postgraduate programs including the Bachelor's in Agro-Food and Agro-Environmental Engineering, Master's in Agroecology, and specialized Diplomas in Gender Studies, with course coordination in Animal Science, Traditional and Organic Food Safety, and Health/Sexuality/Masculinity. Navarro Rios maintains dual research trajectories: (1) Animal Production focusing on sheep/goat farming systems, transhumance practices, and dairy science (particularly milk composition and coagulation properties); and (2) Gender Studies specializing in prostitution attitudes, gender equality measurement, and masculinities. Her recent publications (2021-2025) reveal increasing emphasis on gender-related topics including the development of the APPS-S scale for prostitution attitudes and GEPSU for university gender equality perception, while sustaining contributions to sustainable livestock practices and rural development. As Director of the Interdisciplinary Center for Gender Studies and member of the 'Economy, Culture and Gender' research group, she leads initiatives promoting gender equality in rural contexts and engineering education. Her work bridges agricultural engineering with social sciences through projects like the 'Ingeniera por qué no' campaign to eliminate gender barriers in engineering careers, demonstrating commitment to interdisciplinary solutions for societal challenges.
Dr. Lecturer Emre UĞURLUTEPE is affiliated with Kırşehir Ahi Evran Üniversitesi, Faculty of Agriculture, Department of Animal Science. He holds a PhD in Animal Science (2023) and an MSc in Animal Science (2017) from Ondokuz Mayıs University. PhD: Animal Science, Ondokuz Mayıs University (2017-2023) MSc: Animal Science, Ondokuz Mayıs University (2013-2017) His research focuses on Bee and Silkworm Breeding , Cattle Breeding , and Animal Improvement , with key publications analyzing: Slaughter weight impacts on buffalo meat quality Genetic parameters in Holstein calves Environmental factors affecting milk composition Honeybee breeding via instrumental insemination He has collaborated with researchers like Aziz Şahin and Ertuğrul Kul on 38+ projects, contributing to 43+ publications cited 207 times (h-index: 9). His work spans Turkey, Kosovo, and Bosnia-Herzegovina, with active participation in international conferences since 2011.
Mari Hovinen serves as a Clinical Instructor in the Department of Production Animal Medicine at the Faculty of Veterinary Medicine, University of Helsinki. She is actively involved in research on dairy cow health and welfare, with a particular focus on mastitis prevention, dry cow therapy, and rumen health. Her work bridges clinical practice with scientific research to improve dairy farming practices. Research Interests: Dairy cow health management, particularly during transition periods Mastitis prevention and treatment protocols, including selective dry cow therapy Rumen and reticular health monitoring in dairy cows Dairy herd management practices affecting animal welfare Automatic milking system impacts on udder health Dr. Hovinen's recent publications demonstrate a strong focus on evidence-based approaches to dairy cow management. Her research examines the relationships between veterinary treatments and cow outcomes, mastitis prevention strategies, and rumen health indicators. She frequently collaborates with researchers across Finland to conduct field studies that translate directly to practical dairy farming applications. Current Projects: Lypsylehmän piilevän happaman pötsin (The Hidden Acidic Rumen of Dairy Cows) - Project Manager (2023-2025), funded by Walter Ehrströmin säätiö Vedinkastoaineiden teho ja markkinoilla olevat vedinkastoaineet (Efficacy of Teat Dips and Marketed Teat Dip Products) - Project Manager (2014-2015) As a Supervisor for the Doctoral Programme in Clinical Veterinary Medicine, Dr. Hovinen contributes to the education and mentorship of future veterinary researchers. Her work with the Research Centre for Animal Welfare and focus on ruminant health positions her at the forefront of practical veterinary research in Finland.
Riitta Niemi serves as a Clinical Instructor in the Production Animal Medicine Department within the Faculty of Veterinary Medicine at the University of Helsinki. With extensive expertise in dairy cattle health, she focuses on mastitis management, dry cow therapy, and milk quality optimization. Her research integrates clinical practice with scientific investigation to improve dairy herd health and antimicrobial stewardship. Faculty of Veterinary Medicine, University of Helsinki Production Animal Medicine Department Ruminant Health Supervisor for Doctoral Programme Clinical Veterinary Medicine Doctoral Programme Dr. Niemi's research interests center on dairy cattle health with particular emphasis on mastitis prevention and treatment, selective dry cow therapy protocols, and antimicrobial use optimization. Her work bridges clinical practice with epidemiological research to develop evidence-based approaches for improving udder health and milk quality. She investigates the relationships between management practices, cow behavior, and health outcomes, with recent studies examining social hierarchy effects on rumination and production. Analysis of her publication record reveals consistent research activity focused on practical dairy health solutions. Her work demonstrates a progression from basic clinical studies to complex field trials examining selective dry cow therapy implementation. Recent publications emphasize economic considerations alongside clinical outcomes, reflecting a holistic approach to veterinary medicine that considers both animal health and farm sustainability. Helsingin yliopiston vuoden 2022 väitöskirjapalkinto (2022) ISVEE16 Student Poster Presentation Award (2022) National Mastitis Council (NMC) 2022 Scholars Award (2022) Suomen Eläinlääkärilehden paras tieteellinen artikkeli 2024 (2025) As a supervisor in the Doctoral Programme in Clinical Veterinary Medicine, Dr. Niemi guides the next generation of veterinary researchers. Her involvement in multiple research projects, including the NKJ Networks 2025-2027 'Healthy Udders' initiative and the Streptococcus uberis study funded by the Ministry of Agriculture and Forestry, demonstrates her leadership in collaborative research. She regularly shares her expertise through invited presentations at international conferences on milk quality and mastitis management. Dr. Niemi actively participates in research networks focused on dairy health, particularly within Nordic countries. Her work with the NKJ Networks and projects investigating Streptococcus uberis reflects her commitment to addressing practical challenges in dairy production through collaborative science. She maintains strong connections with both academic and industry partners to ensure her research has real-world applicability.
Prof. Andrea Summer is a Full Professor of Animal Science at the University of Parma's Department of Veterinary Medical Sciences. He holds roles including Director of the Department (2024–2027), Codirector de la Investigación in Colombia's Universidad de Caldas PhD program, and leadership in organizations like the Associazione Italiana Tecnici del Latte (President since 2013) and Mastitis Council Italia (President since 2015). His research focuses on milk quality, genetic influences on dairy production, and sustainable animal management systems. Education: PhD in Animal Production, Veterinary Biotechnology, Food Quality and Safety from the University of Parma (18th cycle). Academic career progression: University Researcher (1999), Associate Professor (2006), Full Professor (2020). Research interests include milk mineral content, genetic polymorphisms, thermal stress effects on dairy cows, and innovative cheesemaking technologies. He leads EU-funded projects (e.g., CowficieNcy, Organic-PLUS) and national initiatives like GENETOCHEESE and FARM4PR, aiming to link genomic data with cheese production efficiency. Key awards include three Editor's Choice Articles in the Journal of Dairy Science (2015, 2019) and recognition for his work on Parmigiano-Reggiano cheesemaking (2008). His editorial roles include Scienza e Tecnica Lattiero-Casearia and Informatore Zootecnico. Grants and projects span EU, Italian governmental, and regional funding, addressing topics like litter optimization, minor dairy species, and PDO cheese sustainability. He collaborates with industry partners like the Parmigiano Reggiano Consortium and ANAFI. Labs/teams include the Animal Welfare Body (OPBA) at Università Cattolica and leadership in the CowficieNcy project for nitrogen use efficiency. His work bridges academic research with industry application, emphasizing cheese yield, milk traceability, and genetic improvement in livestock.
Dr. Francisco Leal-Yepes is an Assistant Professor at the Cornell University College of Veterinary Medicine and a senior clinician in the Ag Animal section of the Veterinary Teaching Hospital. He holds an adjunct faculty role at Washington State University (WSU) and focuses on preventive veterinary medicine, ambulatory care, and sustainable solutions for dairy cattle health. His research emphasizes point-of-care diagnostics, precision agriculture strategies, and nutritional interventions to improve animal well-being and reduce environmental impacts. Education: PhD in Veterinary Science, Cornell University, 2018 Residency in Ambulatory and Production Medicine, Cornell University, 2018 DVM, University of Environmental and Applied Sciences – Bogotá, Colombia, 2008 Research Interests: Dr. Leal-Yepes develops innovative tools for on-farm metabolic monitoring (e.g., point-of-care calcium devices) and explores feeding strategies to mitigate diseases in dairy calves. He also investigates sensor technologies to reduce greenhouse gas emissions from dairy operations. His work bridges clinical veterinary practice with technological advancements for sustainable livestock management. Professional Service: Member, American Dairy Science Association Member, American Association of Bovine Practitioners Chair of Board of Development, Latinx Veterinary Medical Association Advising & Grants: Though no formal advisees are listed, Dr. Leal-Yepes leads clinical and research teams at Cornell’s Veterinary Teaching Hospital. His grants likely focus on precision diagnostics and sustainable dairy practices, though specific funding details are not provided in the text. Labs & Teams: Affiliated with Cornell’s Veterinary Teaching Hospital and collaborates with interdisciplinary teams in dairy production medicine and biotechnology.
Prof. Dr. TJGM (Theo) Lam is a Professor of Applied Ruminant Health Research at Utrecht University's Faculty of Veterinary Medicine (0.2 FTE), concurrently serving as Manager of R&D at Royal GD Animal Health in Deventer. His expertise spans bovine herd health, epidemiology, and infectious disease management, with a focus on bridging scientific research with practical dairy farming challenges. He holds a PhD from Utrecht University (1996) and a DVM (1990), alongside specialized certifications like Diplomate of the European College of Bovine Health Management (2005). His career includes roles as a practicing veterinarian, academic researcher, and industry leader. Research interests emphasize mastitis dynamics, antimicrobial stewardship, and udder health economics. He has published extensively on bovine mastitis epidemiology, clinical treatment strategies, and herd-level disease management. Key contributions include studies on somatic cell count patterns, Staphylococcus aureus transmission, and antibiotic resistance in dairy herds. Lam coordinates the 'Future Food' research theme at Utrecht and teaches applied ruminant health courses. He collaborates closely with farmers, veterinarians, and scientists to develop sustainable, field-applicable solutions for livestock health challenges.
Martín Barrasa Rioja is a Professor at the University of Santiago de Compostela, affiliated with the Department of Plant Production and Engineering Projects within the Higher Polytechnic School of Engineering. He holds a doctoral degree from the same university, completing his thesis in 2000 on budgeting methodologies for agroforestry engineering projects, with a focus on rural road infrastructure. His research group, PROEPLA (Projects and Planning), emphasizes strategic planning, occupational safety, and sustainable agricultural practices. His work spans agricultural engineering, project management, occupational safety, environmental engineering, and rural development. Key research themes include ICT adoption in dairy farming, energy efficiency in livestock systems, occupational health in Galician agriculture, and disease impact analysis in viticulture. He has extensively studied workplace safety protocols, logistics optimization, and strategic frameworks for agro-industrial sectors. His publications reflect a focus on practical solutions for agricultural challenges, including cost optimization, risk mitigation, and policy-driven improvements. Notable contributions address automated milking systems, gaseous exposure risks in livestock environments, and strategic planning for Galicia’s agro-food industry. Barrasa Rioja’s academic contributions are anchored in both theoretical frameworks and applied research, with a strong emphasis on regional agricultural development in northwest Spain. His work bridges engineering, economics, and policy to address multifaceted challenges in modern agro-industrial systems.
