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Klazine Van der HorstView profile

Professor

• Children's eating behaviors
• Determinants of eating behaviors
• Dietary intake studies
• +5 more

Prof. Dr. Klazine Van der Horst serves as the Director of the School of Health Professions at Bern University of Applied Sciences (BFH), where she leads academic and research initiatives in nutrition and dietetics. With extensive experience in both academic and industry settings, she has held leadership roles including Head of Research at the School of Health Professions and Head of applied R&D Nutrition and Dietetics at BFH. Her work bridges academic research with practical applications in public health nutrition. Dr. Van der Horst's educational background includes: PhD in Environmental Determinants of Overweight in Rotterdam Schoolchildren (2009) from Erasmus University Rotterdam MSc in Public Health (2006) from Netherlands Institute for Health Sciences MSc in Health Sciences, Health Education & Health Promotion (2003) from Maastricht University BSc in Nutrition & Dietetics (2001) from University of Applied Sciences (HAN), Nijmegen Her research focuses on understanding and improving eating behaviors, particularly in children, with emphasis on dietary intake assessment methods, nutrition communication, and food labeling. Dr. Van der Horst has developed innovative approaches to studying food consumption patterns, including the "fake food buffet" method, and has contributed significantly to understanding how cooking skills influence dietary choices. Her work spans behavioral nutrition, public health interventions, and the development of tools to assess diet quality across different populations. Analysis of her recent publications reveals a strong focus on developing assessment tools for nutrition research, evaluating dietary interventions, and understanding factors influencing food choices across different age groups. Her work increasingly incorporates digital health approaches, as evidenced by research on nutrition apps and health bots, while maintaining a strong foundation in traditional nutrition assessment methods and behavioral science. Dr. Van der Horst actively mentors students at both bachelor's and master's levels, supervising theses on diverse topics including nutrition labeling, dietary behaviors, and digital health applications in nutrition. She collaborates extensively with practice partners through the Academic-Practice-Partnership with Insel Gruppe/BFH and leads several research projects including ePartners4All and MenuCH Kids.

Peter MeikleView profile

Professor

• Metabolomics
• Lipidomics
• Cardiometabolic Diseases
• +5 more

Professor Peter Meikle serves as Senior Principal Research Fellow and NHMRC L3 Investigator at the Baker Heart and Diabetes Institute, where he co-leads the Obesity and Cardiometabolic Disease Program and heads the Metabolomics laboratory. His academic appointment includes Head of the Baker Department of Cardiometabolic Research Translation and Implementation at La Trobe University, with supervisory roles across six institutions: Deakin University, La Trobe University, Monash University, RMIT University, Torrens University, and the University of Melbourne. His educational background features a PhD from James Cook University of North Queensland. Professor Meikle's research employs tandem mass spectrometry to profile metabolic pathways in chronic diseases, integrating lipidomic data with genomic and clinical information to uncover mechanisms in obesity, type 2 diabetes, cardiovascular disease, and Alzheimer's dementia. This work drives biomarker discovery and therapeutic development within precision medicine frameworks. Recent publications demonstrate consistent focus on lipidomics applications in cardiometabolic risk stratification (2024), neurodegenerative disease mechanisms (2022-2024), and sex-specific metabolic signatures (2020). His team actively develops clinical translation pathways, notably the Clinical Lipidomics Platform for population risk assessment. Scientific recognition includes: NHMRC L3 Investigator Fellowship Professor Meikle mentors graduate students across multiple universities while leading industry partnerships for clinical implementation. His laboratory directs the Obesity and Cardiometabolic Disease Program, with current initiatives focused on translating lipidomic discoveries into diagnostic tools through the Baker Institute's precision medicine infrastructure.

• Blood coagulation
• Thrombosis
• Haemostasis
• +7 more

Associate Professor Natalie Pecheniuk is a distinguished academic in the School of Biomedical Sciences within the Faculty of Health at Queensland University of Technology (QUT). With extensive experience in teaching and research, she focuses on building foundational expertise in biomedical science, biochemistry, and quantitative skills for multidisciplinary student groups including Biomedical Science, Medical Laboratory Science, Pharmacy, and Nutrition & Dietetics. Dr. Pecheniuk earned her PhD from Queensland University of Technology exploring the Genetic Basis of Thrombophilia, followed by postdoctoral research at The Scripps Research Institute in California. Her academic journey includes positions at James Cook University and extensive collaborations with Australian Red Cross Lifeblood as a Visiting Research Fellow. Her research program centers on blood coagulation pathways, thrombosis mechanisms, and transfusion-related coagulopathy. She investigates how biochemical and genetic factors impact coagulation, translational research on thrombotic phenotypes, and the influence of blood products on coagulation processes. Her work addresses significant health challenges as blood clots contribute to approximately 30,000 hospitalizations annually in Australia from conditions like deep vein thrombosis and pulmonary embolism. Analysis of her recent publications reveals a strong focus on transfusion medicine, particularly examining extracellular vesicles in blood products, cryoprecipitate characterization, and genetic blood typing algorithms. Her research bridges basic science with clinical applications, especially in understanding how blood components affect coagulation pathways and patient outcomes. Kanematsu Memorial Award (2010 & 2022) for research into anticoagulant properties of HDL THANZ Science and Education Trustee (2021 - Current) Secretary of THANZ council (2016 - 2021) Vice-Chancellor's Performance Award (Faculty of Health, 2016) Co-chair of BLOOD2018 Joint meeting of HSANZ, ANZSBT & THANZ Invited Symposium Speaker at AIMS AACB 2016 Professor Pecheniuk has supervised numerous research students including PhD candidates Sudhir Jadhao (2022), Alex Jackson (current), and Ji Hui Hwang (2024), along with Masters, Honours, and visiting students. She serves as a Visiting Research Fellow with Australian Red Cross Lifeblood and maintains active membership in the Thrombosis and Haemostasis Society of Australia & New Zealand (THANZ) and the International Society of Thrombosis and Haemostasis (ISTH). Her teaching portfolio includes units such as Introduction to Biomedical Science, Quantitative Skills for Health Professionals, Biochemistry, and Clinical and Applied Haematology.

Animesh GhimireView profile

Lecturer

• Global Health Ethics
• Health Workforce Migration
• Climate Change and Public Health
• +3 more

Animesh Ghimire serves as a Lecturer at Monash University's School of Nursing and Midwifery within the Faculty of Medicine, Nursing and Health Sciences, while concurrently holding a Research Fellow position at Sustainable Prosperity Initiative Nepal. His work critically examines health and educational equity in the Global South through lenses of ethics, migration, and climate justice, employing applied philosophy and qualitative methodologies to address frontline healthcare challenges. His academic credentials include a Masters in Public Health (University of Wollongong, 2024-2025), Masters in Education (Research) (Deakin University, 2023-2024), Masters of Science in Nursing (University of Tasmania, 2020-2022), and Bachelor of Science in Nursing (Western Sydney University, 2015-2018). Ghimire's research centers on Global Health Ethics , Health Workforce Migration , and Climate Change-Public Health intersections , with particular focus on Nepal. His investigations into energy justice reveal gendered impacts of thermal labor on women's health in Madhesh Province, while analyses of Nepal's Female Community Health Volunteer model propose transformative global health paradigms beyond traditional hospital-centric approaches. His 26 recent publications (2024-2025) in journals including The Lancet and BMC series demonstrate consistent thematic focus: 62% address nursing education/migration (e.g., ethical toll of brain drain on Nepalese nurse managers), 23% examine climate-health links (e.g., clean cooking impacts), and 15% explore gender dynamics (e.g., hidden curriculum in female medical graduates' careers). Geographically, 78% of studies center on Nepal with Australian comparative elements. No scientific awards were documented in the provided materials. As a lecturer, Ghimire contributes to Monash's nursing curriculum while conducting externally funded research through Sustainable Prosperity Initiative Nepal and Chitwan Medical College appointments. His media engagements—including July 2025's Too Hot to Cook feature—translate research into policy advocacy, particularly regarding women's health in climate-vulnerable communities. He maintains active international networks through conference presentations (International Council of Nurses Congress 2025, Precision Public Health Asia 2025) and collaborations with KU Leuven's Centre for Biomedical Ethics, focusing on transnational nursing ethics and climate-resilient healthcare education.

Jiangang MaView profile

Senior Lecturer

• Data Science
• Algorithms Design
• Artificial Intelligence
• +3 more

Dr. Jiangang (Mike) Ma is a Senior Lecturer in Information Technology at Federation University Australia's Institute of Innovation, Science and Sustainability (IISS). Previously, he held academic positions at James Cook University and Victoria University, focusing on data science and IoT research. He earned his PhD in Computer Science from Victoria University and a Master's in Information Technology from Queensland University of Technology. His research interests include data science, algorithms design, artificial intelligence, image/video processing, IoT, and health informatics. He has published over 40 papers in top-tier conferences/journals such as IEEE ICDM and IEEE ICDE. Current research projects involve anomaly detection in healthcare, real-time IoT activity identification, and big data similarity search. Dr. Ma's work spans cloud service selection frameworks, medical data stream analysis, and deep learning applications. He supervises PhD students and collaborates on grants related to healthcare IoT and data mining. His contributions include frameworks like WS-Finder and Cloud-FuSeR, addressing challenges in service discovery and SLA assurance. Labs/Teams: Active participant in the IISS's interdisciplinary research groups, contributing to projects in health informatics and IoT applications.

• Renewable Energy
• Concentrating Solar Power
• Solar Energy Applications
• +5 more

Dr Peter King is a Lecturer in Concentrating Solar and Course Director for the Renewable Energy MSc at Cranfield University. He holds an MPhys from Oxford University and a PhD in Concentrating Solar Power from Cranfield. His research focuses on solar energy systems, including concentrating solar collectors, desalination applications, and sustainable manufacturing. Key projects include the MATS and WASCOP EU initiatives addressing solar thermal technology and water efficiency in CSP plants. Education: MPhys (Physics), University of Oxford MSc in Ultra Precision Technologies, Cranfield University PhD in Concentrating Solar Power, Cranfield University Research Interests: Dr King specializes in advancing solar energy technologies, particularly in: Concentrating Solar Power (CSP) system optimization Desalination and off-grid solar applications Material durability under desert conditions Water-saving strategies in CSP plants Numerical simulation of solar field layouts His work integrates engineering and environmental science to enhance solar energy efficiency and sustainability. Articles: Recent publications explore topics like photovoltaic-thermal hybrid systems, mirror durability, multi-tower field design, and solar desalination. These contributions advance CSP technology and address real-world challenges in energy-water nexus applications. Grants & Projects: FP7-ENERGY-2010 MATS Project H2020 WASCOP Project (water efficiency) H2020 INSHIP Project (industrial solar processes) He currently supervises research students in solar technologies and advises on EU-funded initiatives. Labs & Teams: Affiliated with the Centre for Energy Decarbonisation and Recovery and Centre for Renewable Energy Systems , collaborating on cutting-edge solar research.

Riyaz BashaView profile

Professor

• Cancer Therapeutics
• Health Disparities
• Small Molecules
• +7 more

Riyaz Basha, PhD, is a Professor and Vice Chair for Research in the Department of Pediatrics at the Texas College of Osteopathic Medicine, University of North Texas Health Science Center. His research focuses on experimental therapeutics, cancer drug resistance, and health disparities, with a particular emphasis on developing targeted therapies for cancers like breast, pancreatic, and hepatocellular carcinoma. Education: BS in Biology and Chemistry, MS in Molecular Physiology, and PhD in Neurobiology from Sri Venkateswara University, India. Research Interests: Dr. Basha’s lab targets molecular markers such as c-Met, Sp1 transcription factor, and survivin to enhance cancer therapy efficacy. Key projects include combining investigational agents with chemotherapies, genomic profiling for precision medicine, and collaborations with AI/ML experts to address disparities in cancer treatment. His work leverages preclinical models and clinical specimens to develop less toxic therapies. Recent Trends in Articles: Focus on immunotherapy (e.g., PD-1 targeting, cancer vaccines), molecular mechanisms of drug action (e.g., mithramycin, tolfenamic acid), and addressing health disparities in hepatocellular carcinoma and other malignancies. Computational studies (molecular docking, AI-driven drug design) are increasingly integral to his research. Grants & Collaborations: Principal/Co-Investigator in NIH-funded projects like the AIM-AHEAD Coordinating Center and Bridge2AI, focusing on translational research and health equity. Collaborates with institutions like Cook Children’s Medical Center and NCI-designated cancer centers. Labs/Teams: His lab integrates molecular biology, proteomics, and next-generation sequencing to study cancer biology and therapeutic resistance. Active in developing liquid biopsies and genomic biomarkers for personalized medicine.

• Social Marketing
• Agricultural Sustainability
• Environmental Management
• +6 more

Rachel Hay is a researcher at James Cook University, focusing on social marketing, agricultural sustainability, and environmental management. Her work bridges behavioral science with practical solutions for rural communities, particularly in improving water quality, technology adoption, and ESG implementation. Doctor of Philosophy (2018, James Cook University): 'The engagement of women and technology in agriculture' Her research explores the intersection of social marketing and environmental policy, with a focus on farmer decision-making, sustainable land management, and digital inclusion. She collaborates with institutions like the Reef and Rainforest Research Centre and contributes to global discussions on climate change and agricultural innovation. Recent publications highlight her work on ESG frameworks, AI-driven farming solutions ('Beefbot'), and co-design methodologies for climate services. She has been actively involved in academic conferences and reports for the Australian Society of Sugar Cane Technologists and the Office of the Great Barrier Reef. She contributes to projects addressing digital literacy in rural Australia, integrating sustainability into business education, and promoting behavioral change through stakeholder engagement. Her collaborations with Dr. Lynne Eagle and other scholars emphasize practical applications of marketing ethics and environmental policy.

• Comparative Physiology
• Reptile Respiratory Systems
• Marine Conservation Biology
• +3 more

Suzanne L. Munns is a Professor in the Department of Biological Sciences within the College of Science and Engineering at James Cook University, Australia. With a research career spanning over two decades, Dr. Munns has established herself as a leading expert in comparative physiology, particularly in reptile respiratory systems and sea turtle conservation biology. Her innovative work has been consistently published in high-impact journals including the Journal of Experimental Biology, Conservation Physiology, and Respirology, demonstrating her interdisciplinary approach that bridges basic physiological research with applied conservation science. Dr. Munns' research interests center on comparative physiology with specific focus on respiratory function in reptiles and sea turtles. Her groundbreaking work on crocodilian respiration (including the famous 'crocodiles on treadmills' studies) has provided critical insights into evolutionary adaptations of respiratory systems. More recently, she has pioneered the application of bioelectrical impedance analysis for adipose tissue estimation in sea turtles, developing standardized protocols that have become valuable tools for conservation physiologists worldwide. Her research portfolio also includes important contributions to spirometry reference equations and their application in diverse populations, including work in Papua New Guinea. Analysis of her recent publications reveals a sophisticated integration of traditional physiological techniques with modern technologies including deep learning and CT scanning for wildlife conservation applications. Her work demonstrates a clear trajectory from basic physiological mechanisms toward practical conservation tools, with increasing emphasis on methodological standardization for field applications. The consistent collaboration with researchers across multiple institutions highlights her role as a central figure in conservation physiology networks. Dr. Munns' research has received significant media attention, with coverage in major outlets including Australasian Science, Science Alert, Phys.org, and the Courier-Mail. Her work on 'bum-breathing turtles' (referring to cloacal respiration in certain turtle species) became particularly well-known following features related to Steve Irwin's conservation legacy. Despite this public recognition, she maintains a rigorous scientific approach focused on methodological precision and practical conservation applications. Her educational research focuses on student support systems in higher education, particularly for at-risk students in resource-limited environments. This work demonstrates her commitment to both research excellence and educational innovation, with publications in conferences dedicated to student transitions, achievement, retention, and success. Her dual focus on cutting-edge physiological research and educational improvement reflects a comprehensive academic profile that bridges laboratory science with practical applications in both conservation and education.

• Urogynaecology
• Pelvic Floor Disorders
• Obstetric Interventions
• +3 more

Ajay Rane is a Professor in the Department of Obstetrics and Gynaecology within James Cook University's College of Medicine and Dentistry. His extensive research portfolio demonstrates leadership in urogynaecology and obstetric interventions, with significant contributions to pelvic floor disorders management and surgical technique optimization. His research focuses on: Clinical innovation in episiotomy techniques using devices like the Episiometer Vaginal fistula repair outcomes in global contexts Enhanced Recovery After Surgery (ERAS) protocols for gynaecological procedures Gender-based violence implications in maternal healthcare Decision-making processes in obstetric pain management Analysis of his recent publications reveals a strong emphasis on randomized controlled trials and mixed-methods studies addressing surgical safety and patient-centered care in resource-variable settings. His scientific contributions include: Pioneering work on mediolateral episiotomy angle standardization Development of modified ERAS protocols for elderly surgical patients Documentation of rare complications like capillary tear-induced fistulas Global health research on obstetric fistulas in the Democratic Republic of Congo Rane actively supervises research and collaborates internationally, with recent work examining medical student knowledge gaps in menstrual health and cultural attitudes toward labor induction. His laboratory focuses on translational urogynaecology research with direct clinical implementation pathways.

• Agricultural Technology
• Food Science
• Marine Biology
• +5 more

Brett B.C. Wedding is a researcher at James Cook University specializing in near-infrared spectroscopy (NIRS) applications across agricultural and environmental sciences. His work focuses on non-invasive assessment of fruit quality (e.g., avocados) and age determination of marine species like sharks. He holds a PhD in Agricultural Science from James Cook University (2018). Education: PhD in Agricultural Science, James Cook University (2018) Research Interests: Wedding's research spans agricultural technology, food science, and marine biology. He develops NIRS methodologies for postharvest quality analysis, bruise detection in avocados, and estimating age in sharks. His work emphasizes non-destructive testing, predictive modeling, and spectroscopic tools for industry and conservation applications. Article Trends: His publications highlight interdisciplinary applications of NIRS. Early work (2008–2010) focused on sandalwood oil analysis, transitioning to avocado quality (2011–2019) and marine species (2014–2016). Recent work (2023) explores provenance tracking in fisheries, reflecting broader environmental and food security interests. Advising & Grants: No formal advisees are listed, but his collaborative projects with institutions like SABRAO and ICNIRS suggest involvement in grant-funded research. Work involves partnerships in agriculture, marine science, and spectroscopic innovation. Labs/Teams: Associated with James Cook University's research groups in food science and marine biology. Collaborates with industry stakeholders in avocado and sandalwood industries.

• Genomics
• Bioinformatics
• Immunology
• +4 more

Matthew A. Field is a researcher affiliated with James Cook University (JCU), specializing in genomics, bioinformatics, and immunology. His work bridges basic research with applied solutions in tropical health, conservation biology, and infectious disease. Research Interests: Dr. Field's primary focus includes genomic analysis of wildlife (e.g., corals, koalas, dingoes), parasitology (hookworms, schistosomes), and immunological mechanisms in autoimmune disorders. He also explores precision medicine approaches for cancer and diabetes, leveraging computational tools to interpret genetic variation. Recent Articles: His 2024 publications highlight coral genomics and One Health strategies, while 2023 work includes dingo genome analysis and anti-inflammatory mechanisms of helminths. Key themes involve genomic applications to conservation, tropical disease mitigation, and immune dysfunction studies. Grants & Advising: Collaborates extensively with institutions like JCU, the University of Sydney, and international consortia (e.g., PCAWG). Advises on genomic methodologies and bioinformatic pipelines for clinical and ecological research. Labs/Teams: Active in JCU's Tropical Health and Genomics research groups, contributing to projects on coral resilience, parasitic infections, and genetic diversity conservation.

Rachel CookView profile

Associate Professor

• Silviculture
• Forest Management
• Plantation Productivity
• +5 more

Rachel Cook is an Associate Professor in the Department of Forestry and Environmental Resources at North Carolina State University, affiliated with the College of Natural Resources. Her research focuses on silvicultural management of plantation forests to enhance productivity and environmental sustainability, with particular expertise in soil science, remote sensing applications, and bioenergy systems. She leads projects addressing phosphorus dynamics in loblolly pine plantations, carbon sequestration in pulp mills, and strategic forest planning for large landholdings like the NC Wildlife Resources Commission. Education: Ph.D. (2012), M.S. (2008), and B.S. (2005) in Biology/Environmental Sciences from NCSU and Saint Louis University. Her work integrates ecological principles with advanced technologies like LiDAR for precision forestry and drone-based monitoring. Research Interests: Intensive plantation management practices Remote sensing for forest inventory Soil classification and nutrient dynamics Carbon capture and utilization in forestry Bioenergy crop optimization Grants include $649K for phosphorus carryover studies, $1M for CO2 sequestration in pulp mills, and $382K for strategic WRC forest planning. She collaborates with industry partners through the NSF-funded Center for Advanced Forestry Systems (CAFS). Labs/Teams: Active in the Forest Productivity Cooperative and leads the NC State research group focusing on sustainable forestry systems through interdisciplinary approaches.

• Marine Biology
• Aquaculture
• Environmental Science
• +3 more

Andrew J. Cole is a Researcher at James Cook University, focusing on marine biology, aquaculture, and environmental science. His work emphasizes macroalgae cultivation for bioremediation, wastewater treatment, and sustainable biomass production. He holds a PhD from JCU (2011) and has collaborated extensively on interdisciplinary projects involving algal bioenergy, coral reef ecology, and nutrient recovery systems. Research interests include optimizing macroalgae growth conditions, assessing algal applications in agriculture and environmental management, and understanding coral reef ecosystem dynamics. Recent studies explore metabolic benefits of freshwater macroalgae, plant growth promotion via algal extracts, and advanced thermal conversion techniques for algal biomass. Key contributions span over 49 peer-reviewed publications since 2008, with notable work on coral-feeding fish behavior, algal biochar for soil restoration, and CO₂-enhanced algal productivity. His research bridges ecological conservation, industrial ecology, and sustainable resource development.

• Agricultural Water Management
• Climate Change Impact on Crops
• Crop Simulation Modeling
• +3 more

Brian Collins is a researcher affiliated with James Cook University , focusing on agricultural sustainability, climate change impacts on crops, and water resource management. His work spans diverse geographies including Australia and Iran, with a particular emphasis on wheat, maize, and cotton under drought and heat stress. Key research areas: Agricultural Water Management , Climate Resilience , Crop Simulation Modeling , Water Footprint Assessment Recent publications highlight his expertise in leveraging climate datasets (e.g., CRU TS, AgMERRA) for crop modeling, optimizing sowing dates, and analyzing compound hot-dry weather extremes. His collaborative efforts involve tools like the SUFI-2 algorithm and APSIM simulations for predictive agronomy. His work supports sustainable irrigation practices and climate adaptation strategies in arid regions, with applications in both rainfed and irrigated agriculture .