Martin Willemoës is an Associate Professor in the Department of Biology at the University of Copenhagen's Faculty of Science, specializing in Biomolecular Sciences. His research focuses on protein structure, function, and engineering with particular emphasis on enzymology and glycobiology. Willemoës' research interests span protein engineering, enzyme kinetics, structural biology, and glycobiology. His work frequently involves manipulating enzyme active sites, studying protein folding and stability, and developing novel protein-based tools for biological applications. He has made significant contributions to understanding glycoside hydrolases, antibody structures, and bioluminescent proteins. Analysis of his recent publications reveals a strong focus on protein engineering approaches, particularly using computational methods to redesign enzyme active sites and study protein folding dynamics. His work bridges fundamental biochemical principles with practical applications in biotechnology and medicine, with recurring themes in enzyme evolution, substrate specificity, and protein stability. Willemoës has maintained an active research program with numerous collaborative projects, particularly with colleagues at the University of Copenhagen including Winther, Hartmann-Petersen, and Lindorff-Larsen. His research has been published in high-impact journals across biochemistry, structural biology, and molecular biology.
Louise Turner serves as an Associate Professor in the Department of Immunology and Microbiology within the Faculty of Health and Medical Sciences at the University of Copenhagen. Her research is centered on malaria pathogenesis and immunity, with particular emphasis on Plasmodium falciparum virulence mechanisms and host immune responses. She leads projects investigating antibody responses to parasite antigens, PfEMP1 protein variants, and vaccine development strategies. Her research program focuses on malaria immunology, specifically dissecting the molecular interactions between Plasmodium falciparum and the human immune system. Key areas include: Characterization of broadly inhibitory antibodies against severe malaria virulence proteins Analysis of var gene expression patterns in asymptomatic versus clinical infections Development of mosaic vaccine candidates targeting PfEMP1 domains Longitudinal studies of naturally acquired immunity in endemic regions Her work integrates structural biology, serology, and field studies to advance malaria vaccine design. Analysis of her recent publications reveals a strong emphasis on translational malaria research, with multiple high-impact papers in 2024-2025 demonstrating innovative approaches to understanding antibody-mediated protection. Her work spans from fundamental molecular studies of PfEMP1-antibody interactions to clinical investigations of vaccine-induced immunity, with consistent publication in top-tier journals including Nature and PNAS . Her research has attracted significant attention, with multiple publications covered by international news outlets and discussed across social media platforms including X and Bluesky. The DISCOVERY team affiliation indicates active participation in collaborative research networks focused on infectious disease mechanisms. Dr. Turner maintains extensive international collaborations, particularly with research groups in malaria-endemic regions of Africa, as evidenced by co-authorship with institutions in Tanzania, Kenya, and The Gambia. Her work frequently involves field studies and clinical samples from these regions, reflecting a strong commitment to globally relevant malaria research.
Lene Spanager serves as a Clinical Associate Professor within the Department of Clinical Medicine at the University of Copenhagen's Faculty of Health and Medical Sciences. Her clinical affiliation is with Region Hovedstaden (Capital Region of Denmark), based at Blegdamsvej 3 in Copenhagen. Her research focuses intensely on surgical safety and performance assessment, particularly in these core areas: Development and validation of structured tools for evaluating non-technical skills in surgical and anesthesia teams Patient-reported outcomes in hernia surgery and mesh complications Simulation-based training methodologies for crisis resource management Behavioral marker systems for measuring teamwork and decision-making under pressure Analysis of her publications reveals consistent focus on objective assessment frameworks across surgical disciplines. Her work bridges clinical practice with human factors engineering, emphasizing measurable behavioral outcomes rather than subjective evaluations. Key methodological approaches include video-recorded simulation scenarios and longitudinal patient follow-up studies. With 78 Mendeley readers and Facebook engagement, her work demonstrates significant academic reach. Her research consistently appears in high-impact surgical and anesthesia journals, reflecting rigorous peer-reviewed contributions to patient safety science.
Laura Susanne Junkers serves as a Guest Researcher in the Department of Chemistry at the University of Copenhagen's Faculty of Science. Her research focuses on advanced materials characterization techniques, particularly X-ray scattering methodologies applied to inorganic and surface chemistry systems. She is based at Universitetsparken 5, 2100 København Ø. Her research interests center on Materials Chemistry and Inorganic Chemistry , with specialized expertise in X-ray Total Scattering for analyzing complex systems like polyoxometalates in hydrothermal environments and aluminum surface anodization processes. Her work bridges experimental characterization with computational simulation to uncover molecular-level phenomena. Recent publications demonstrate her focus on cutting-edge materials analysis, with both 2025 papers appearing in high-impact journals (JACS and ACS Applied Materials). Her research shows strong international collaboration patterns across multiple European institutions. Junkers' work has garnered attention with 1 Mendeley reader per publication and social media mentions from 4 X users, indicating emerging scholarly impact in her specialized field.
Klavs Martin Sørensen is an Associate Professor at the Department of Food Science, Faculty of Science, University of Copenhagen. His research focuses on applying advanced chemical sensors combined with Process Analytical Technology (PAT) and Deep Learning/AI to optimize food manufacturing processes, ensuring high food quality and safety while minimizing environmental footprint. His educational background includes: Ph.D. in Food Technology, University of Copenhagen (2015) Participant in the DNATF-funded Pasteur-program (project manager education), Harvard University (2012) Engineering Technician, Electronics, Frederiksberg Tekniske Skole, Denmark (1998) With over 20 years of industry experience in developing measurement equipment for the food industry prior to obtaining his PhD, Professor Sørensen brings a unique practical perspective to his academic work. His research centers on vibrational spectroscopy, chemometrics, gas chromatography & mass spectrometry, and sustainable food production technologies. He has developed expertise in applying spectral sensors in online scenarios for process optimization, with special focus on Quality by Design and Process Analytical Technology frameworks. His recent publications demonstrate a strong focus on applying spectroscopic techniques and data analysis methods to food quality assessment across various food matrices including meat, cheese, wine, and protein side streams. His work bridges the gap between theoretical chemometrics and practical industrial food manufacturing applications. His notable awards include: Niels Foss Talent Prize (2019) Course of the year award by Department of Food Science for Rapid Food Analysis Method (2019) Nomination as Faculty teacher of the year by B.Sc. students (2020) Professor Sørensen has led multiple significant research projects including Better utilization of protein side streams (2016-2028), QC-CREW (2018-2020), and SayCheese (2018-2021). He has served as a censor for the BSc/MSc course Quantitative Food Spectroscopy since 2009 and was responsible for the course Rapid Food Quality Analysis Methods starting in 2017. He was a key organizer for the 2017 International Conference On Near-Infrared Spectroscopy (ICNIRS 2017). His technical expertise spans vibrational spectroscopy apparatus design, chemometric tools (PCA, PLS, PLSDA), GC/MS techniques, ultrasonic measurement and imaging, and artificial intelligence modeling for time series data. He also possesses extensive software development skills with over 20 years' experience in C++, C, Python, MATLAB, and various database systems, which he applies to real-time on-line data processing systems for food manufacturing.
Jan Günther serves as an Assistant Professor in the Department of Plant and Environmental Sciences at the University of Copenhagen's Faculty of Science, specializing in the Section for Plant Biochemistry. His research centers on plant defense mechanisms with particular expertise in triterpenoid saponins—natural compounds that disrupt pest cell membranes through detergent-like properties. His current EcoSap project investigates saponins as sustainable alternatives for food production, evaluating both efficacy against pests and environmental safety. Dr. Günther's work bridges fundamental plant biochemistry with practical agricultural applications, focusing on structure elucidation, purification, and biological activity assessment of plant defense compounds. Analysis of his publication record reveals consistent contributions to understanding plant metabolic pathways, particularly saponin biosynthesis in quinoa and auxin synthesis mechanisms. His research demonstrates interdisciplinary integration of biochemical, molecular, and ecological approaches to address sustainable agriculture challenges. His 2021 review on imine chemistry in plant metabolism has gained significant traction with over 1,500 Mendeley readers and news coverage, highlighting the broader scientific interest in his work on nitrogen-containing plant metabolites and their defense functions. International collaboration networks indicate active research partnerships across multiple countries, with co-authorship on publications involving researchers from diverse institutions. His work has practical applications evidenced by patent references and social media engagement across X (formerly Twitter), Facebook, and academic platforms.
Rebecca Louise Miller is an Associate Professor in the Department of Cellular and Molecular Medicine at the University of Copenhagen's Faculty of Health and Medical Sciences. She leads research in the Glycomics Program, focusing on glycosaminoglycan (GAG) biology and engineering, with laboratory facilities at Blegdamsvej 3 in Copenhagen. Dr. Miller's research centers on glycosaminoglycans, which are sulfated polysaccharides that play critical roles in the extracellular matrix. Her work specifically investigates the "sulfation code" of GAGs and how it relates to their diverse biological functions including cell migration, anticoagulation, angiogenesis, inflammation, and normal growth and development. By using genetic engineering approaches with KO/KI of genes in CHO cells, her lab produces cell-derived libraries displaying distinct heparin, heparan sulfate, chondroitin sulfate, and dermatan sulfate on cell surfaces. This innovative approach enables the dissection of structure-function relationships and the development of homogeneous GAG molecules with targeted therapeutic properties. Her recent publications demonstrate a strong interdisciplinary focus spanning glycobiology, analytical chemistry, cardiovascular biology, neuroscience, and infectious disease research. The articles reveal a consistent theme of developing and applying advanced methodologies—including mass spectrometry and single-molecule imaging—to characterize complex glycan structures and their interactions. Her work bridges fundamental science with translational applications, particularly in developing next-generation glycan-based therapeutics with defined structures rather than the heterogeneous animal-derived mixtures currently used clinically. Dr. Miller maintains an active laboratory that combines molecular biology, biochemistry, and analytical approaches to tackle the challenges of GAG complexity. Her research has significant implications for developing precision glycotherapeutics with specific biological activities (anti-coagulant, anti-inflammatory, or anti-viral) based on precisely engineered sulfation patterns, potentially revolutionizing treatment approaches for numerous conditions.
Lars Bo Stegeager Hemmingsen is an Associate Professor in the Department of Chemistry at the University of Copenhagen. His research focuses on bioinorganic chemistry and specialized spectroscopic techniques, particularly Perturbed Angular Correlation (PAC) spectroscopy. He maintains active research collaborations with international facilities including TRIUMF and CERN, and supervises bachelor's and master's students in his research group. Dr. Hemmingsen's primary research interests center on elucidating the role of metal ions in biological systems. His work encompasses the function of metalloenzymes, mechanisms of protein aggregation induced by metal ions (particularly relevant to Alzheimer's disease), and the binding of heavy metals to proteins leading to toxicity. His research group employs a variety of spectroscopic techniques alongside quantum chemistry methods to uncover the structure and dynamics of metal sites in biomolecules, with a special emphasis on proteins. His research output demonstrates a strong focus on mercury ($$^{199}\text{Hg}$$, $$^{197m/g}\text{Hg}$$) and cadmium ($$^{111m}\text{Cd}$$, $$\text{Cd(II)}$$) spectroscopy, with numerous publications analyzing metal-thiolate complexes and metal-binding proteins using advanced techniques like PAC spectroscopy and relativistic DFT calculations. Recent work has explored applications in medical fields including cancer theranostics and Auger electron therapy. Dr. Hemmingsen actively mentors students, welcoming bachelor's and master's candidates to participate directly in ongoing research projects. His group utilizes specialized techniques including PAC spectroscopy and beta-NMR, the latter being described as "a billion times more sensitive than conventional NMR spectroscopy."
Franciscus Winfred J van der Berg serves as an Associate Professor in the Department of Food Science at the University of Copenhagen's Faculty of Science, specializing in Ingredient and Dairy Technology. His academic appointment focuses on Advanced Chemometrics in Food Technology. Dr. van der Berg's educational background includes a PhD in Process Analysis and Chemometrics from the University of Amsterdam, a graduate program in Analytical Chemistry at the same institution, and a Civil Engineering degree in Laboratory Information and Automation from The Netherlands. His research interests span Data analysis , Chemometrics , Statistics , Mathematics , and Process Analytical Chemistry , with particular emphasis on vibrational spectroscopy for process monitoring and control. His recent publications demonstrate a strong focus on food structure analysis, particularly in dairy products like mozzarella cheese and milk powders. His work integrates advanced spectroscopic techniques with statistical modeling to understand food properties and processing challenges. Dr. van der Berg has published extensively with 152 research outputs including journal articles, book chapters, and conference presentations. Dr. van der Berg teaches courses in Design of Experiments and Optimization, Food Process Equipment, and Process Analytical Chemistry and Technology. His research addresses practical challenges in food processing through advanced data analysis techniques. His professional network shows collaborations across multiple countries, indicating international research partnerships focused on food science and technology applications.
Susanne Kerner is an Associate Professor in Near Eastern Archaeology at the Department of Cross-Cultural and Regional Studies (TORS) within the Faculty of Humanities at the University of Copenhagen. She has held this position since 2004 and previously served as department head from 2005-2010. Her academic career spans decades of fieldwork in Jordan and theoretical contributions to Near Eastern archaeology, with particular expertise in Chalcolithic and Early Bronze Age societies. Kerner earned her Magister Artium in Near Eastern Archaeology (major), Ethnology/Anthropology, and Assyriology from Freie Universität Berlin in 1987, followed by her Dr. Phil. on craft specialization and social organization in the Southern Levant in 1998. Her early career included positions as Academic Assistant (1988-1990) and Director (1990-1995) at the German Protestant Institute for Archaeology in Amman, Jordan. Her primary research explores the role of food in identity building, ritual landscapes in Murayghat, Jordan, and social organization with craft specialization from the 6th to 3rd millennium BCE. She has pioneered interdisciplinary approaches connecting pottery studies with social theory, particularly regarding commensality and ritual practices. Her theoretical work in gender studies has significantly influenced Near Eastern archaeological interpretation, while her fieldwork has documented numerous important sites across Jordan including Umm Qais, Abu Snesleh, and Aqaba. Analysis of her recent publications reveals a sustained focus on ritual landscapes at Murayghat, with detailed studies of dolmens, standing stones, and cup marks spanning the Chalcolithic to Early Bronze Age transition. Her work consistently connects material culture analysis—particularly pottery—with social organization, demonstrating how food practices and commensality reflect broader societal structures. This research trajectory shows increasing sophistication in linking theoretical frameworks with empirical evidence from the field. Professor Kerner has secured substantial external funding for her research, including 190,000 DKK for the Ritual Landscape in Murayghat project (2014), 200,000-300,000 DKK for the Desert and the Sown in Northern Jordan survey (2008-2009), and significant support from German funding bodies including the German Research Foundation. She has supervised numerous MA theses on specialized topics including Iron-Age pottery from Jordan, Middle-Bronze-Age pottery from Syria, Hittite landscape archaeology, and Neolithic groundstone tools. She directs the ongoing Ritual Landscapes in Murayghat project, which has evolved into a major international research initiative involving field schools, excavation seasons, and collaborative analysis. Kerner has also been instrumental in organizing academic networks focused on theoretical questions in archaeology and anthropology, particularly regarding economic and social development, conflicts, hierarchy, and ritual practices in ancient societies.
Hussam Hassan Nour-Eldin serves as Associate Professor at the Department of Plant and Environmental Sciences, University of Copenhagen, specifically within the Section for Molecular Plant Biology and DynaMo Center of Excellence. His research focuses on plant transporter biology, particularly the NPF family involved in specialized metabolite transport. Institution: University of Copenhagen Department: Plant and Environmental Sciences Research Center: DynaMo Center of Excellence (Danish National Research Foundation) Location: Thorvaldsensvej 40, 1871 Frederiksberg C Nour-Eldin's research centers on plant specialized metabolite transporters, with particular expertise in glucosinolate transport mechanisms. His laboratory employs Xenopus oocyte expression systems combined with electrophysiology and LC-MS based transport assays to characterize transporter function. Key research areas include phytohormone signaling pathways, plant defense compound allocation, and transport engineering in microalgae for improved carbon metabolism. His work bridges fundamental plant biology with agricultural applications, particularly in crop domestication and climate-resilient plant development. His recent publication trends reveal strong focus on glucosinolate transport mechanisms (particularly seed loading), specialized metabolite biosynthesis in plant tissues like epidermis, and transport engineering applications in both higher plants and microalgae. The research spans from structural biology of transporters to field applications in crop improvement. Member of Young Academy at Royal Danish Academy (2013-2018) Innovation Award, Copenhagen University (2013) Best Danish Research Result of the Year by videnskab.dk (2012) Nour-Eldin has secured substantial research funding including Novo Nordisk Foundation grants (DKK 5M and DKK 2.8M), HFSP consortium funding (DKK 9.1M), and has been a partner in the DKK 80M DynaMo Center of Excellence since 2012. His laboratory mentors multiple PhD students and postdocs working on plant transporter projects. He actively engages in public outreach, having lectured to over 60 high school classes about GMOs and participated in popular science events including the Big Bang science festival. His research group maintains strong international collaborations with institutions in Germany, Italy, Chile, Israel, France, USA, and the UK, working with both academic researchers and industry partners including Bayer CropScience, BASF, and Chr. Hansen.
Haakon Lund serves as an Associate Professor at the Department of Communication within the Faculty of Humanities at the University of Copenhagen. His research demonstrates significant impact, with the Faculty highlighting his work as an example of how humanities researchers contribute to societal advancement, particularly through collaborations like the World Food Programme project on information architecture and knowledge management. His research profile centers on three interconnected domains: Information management and data management systems Development of gaze interaction technologies Eye-tracking applications in usability research These interests extend to teaching responsibilities in information architecture, databases, system evaluation, and digital humanities. Lund's recent publication record (2019-2024) reveals an evolving research trajectory that maintains core information science principles while expanding into renewable energy applications. His work on the Train2Wind project demonstrates sophisticated integration of data management expertise with wind energy research, particularly in developing taxonomies for research data collections and analyzing policy frameworks for offshore wind development. His scholarly recognition includes: Highly Commended Award Winner: Literati Network Awards for Excellence 2013 Best paper award for most innovation paper 'Glint in the Eye Award' 2016 As an academic supervisor, Lund implements a structured mentoring approach documented in his supervisor guidelines, emphasizing mutual preparation, clear communication of expectations, and defined meeting agendas. He actively participates in academic governance through committee memberships including PhD defense committees, tenure track evaluation boards, and resource committees like DeiC e-ressourceudvalg. His professional engagement extends to research networks such as the DeiC Science Forum, where he contributes to national information infrastructure development, and media appearances discussing eye-tracking technology and digital communication with public institutions.
Filippa Fei Kissmeyer Lind serves as a Lecturer in the Department of Computer Science at the University of Copenhagen, Denmark, based at Universitetsparken 1 in Copenhagen Ø. Her position falls under the institutional structure of one of Europe's leading research-intensive universities. Her research spans core areas of Computer Science, with emphasis on Artificial Intelligence, Data Science, and Software Engineering. These fields drive innovation in algorithmic design, computational theory, and practical software systems development within modern academic and industrial contexts.
Fabian Hink is a Postdoctoral Researcher (academic rank: Researcher) in the Department of Drug Design and Pharmacology at the Faculty of Health and Medical Sciences, University of Copenhagen. His research focuses on computational approaches to protein and peptide-based drug design, with applications in neuropharmacology and stroke treatment. His primary research interests include Computational Biology, Structural Biology, Protein Engineering, and Machine Learning. He specializes in developing computational tools for de novo protein design, targeting ion channels and helical peptides to create novel therapeutics. His work bridges structural bioinformatics with experimental pharmacology to address neurological disorders. Analysis of his 2024-2025 publications reveals a strong emphasis on leveraging deep learning for protein binder design, particularly targeting sodium channels (ASIC1a) for stroke intervention. His research integrates structural biology, peptide chemistry, and computational modeling to develop miniprotein modulators and helix-stabilizing macrocycles. No information on scientific awards was provided in the available text. No details regarding student advising or research grants were available in the source material. Hink collaborates extensively with interdisciplinary teams, including researchers Dr. Rogers and Dr. Pless, as evidenced by multi-institutional publications in high-impact journals like Nature and Journal of the American Chemical Society. His work demonstrates significant translational potential, with publications receiving attention from news outlets and clinical guideline sources.
Felix Tobias Reinhard Goerdeler is a Postdoctoral Research Fellow in the Department of Cellular and Molecular Medicine at the University of Copenhagen's Faculty of Health and Medical Sciences. He is affiliated with the Glycomics Program and works within the Miller R. Group, focusing on glycosaminoglycan research and its applications in medicine. Dr. Goerdeler's research centers on glycomics and glycobiology , with particular emphasis on glycosaminoglycans (GAGs). His work involves applying genetic engineering of the GAG biosynthetic pathway in mammalian cells to generate homogeneous materials that can be systematically developed for instrumentation like mass spectrometry and single-molecule methods. A key focus is characterizing the glycosaminoglycan sulfation code and its functional implications, which paves the way for developing sustainable, lab-derived homogeneous glycosaminoglycan drugs as alternatives to current animal-derived heterogeneous polysaccharide pharmaceuticals. His recent publications demonstrate expertise at the intersection of cancer immunotherapy and glycobiology , with work spanning from CAR-T cell engineering to tumor-agnostic cancer therapies targeting oncofetal chondroitin sulfate. His research appears in high-impact journals including Nature Communications, Science Advances, and ACS Central Science, reflecting significant contributions to both fundamental science and translational applications in cancer treatment and glycan-based therapeutics. Within the Miller R. Group, Dr. Goerdeler contributes to developing cellular platforms for glycan production and characterization. His collaborative research network spans multiple institutions, as evidenced by the multinational authorship of his publications. The group's work has potential applications in creating more effective and standardized glycosaminoglycan-based pharmaceuticals and novel approaches to cancer diagnostics and treatment.
