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Ulrika YngveView profile

Researcher

• Medicinal Chemistry
• Drug Discovery
• Enzyme Inhibition
• +3 more

Ulrika Yngve is a medicinal chemist at Uppsala University , working in the Department of Medicinal Chemistry and leading the Facility for Medicinal Chemistry within the Drug Discovery and Development Platform at Science for Life Laboratory. With 12 years of industrial experience at AstraZeneca, she specializes in collaborative drug discovery projects that deliver high-quality compounds for academic research. Research Interests Design and optimization of enzyme inhibitors for therapeutic applications Development of radiolabeled compounds for PET imaging Modulation of gamma-secretase and beta-secretase pathways in Alzheimer's disease Targeting ion channels for pain management therapies Improving metabolic stability of drug candidates Application of automated GMP-compliant synthesis methods Notable Article Trends : Recent publications focus on enzyme inhibition strategies (DHODH, GSK3, gamma-secretase), neuroimaging probes for amyloid-related pathologies, and sodium channel blockers for pain models. These works emphasize translational research bridging medicinal chemistry with clinical applications. Laboratory Affiliation : Leads the Facility for Medicinal Chemistry at SciLifeLab, contributing to interdisciplinary collaborations between academia and pharmaceutical research.

Alonso Hernández, Héctor EulogioView profile

Professor

• Environmental Physics
• Radiochemistry
• Sedimentology
• +3 more

Héctor Eulogio Alonso Hernández is a Professor at the Department of Physics within the Institute of Environmental Studies and Natural Resources at the University of Las Palmas de Gran Canaria . His research focuses on environmental radioactivity, sediment dynamics, and radiation safety in volcanic island ecosystems. Research Interests: Environmental radioactivity tracing, radon risk assessment, coastal sedimentology, and computational modeling of radiation detection systems. His work bridges physics, environmental science, and geophysics, particularly in marine and volcanic island contexts. Article Trends: Recent publications emphasize radon mapping in volcanic regions, sediment tracing with natural radionuclides, and radiation safety in coastal environments. Methodologies include Monte Carlo simulations, gamma spectrometry, and multi-objective evolutionary algorithms. Collaborations: Active in the GIR IUNAT research group for radiation-matter interactions, with affiliations across multiple university institutes including oceanography and intelligent systems. Contact: hector.alonso@ulpgc.es

• Ion beam analysis
• Accelerator Mass Spectrometry
• Environmental radioactivity
• +4 more

Ján Pánik is a researcher at the Faculty of Mathematics, Physics and Informatics and Faculty of Medicine of Comenius University in Bratislava, Slovakia. He is affiliated with the Department of Nuclear Physics and Biophysics and the CENTA research group. Since 2017, he has contributed to interdisciplinary projects linking physics and medical sciences. Education: Bs in Physics (2011), Mgr. in Nuclear and Subnuclear Physics (2013), PhD in Environmental Physics (2018) Research focuses on ion beam analysis (PIXE/PIGE), accelerator mass spectrometry (AMS), and environmental radioactivity studies. His work spans biophysics (analysis of brain/placenta tissues), astrophysics (meteorite composition), and material sciences (target development). Publications reveal expertise in nuclear analytical methods and radionuclide tracking across diverse samples. Recent projects include: 2020–present: KEGA 006UK-4/2020 – Updating medical biophysics curriculum 2017–present: APVV-16-0039 – Transition metal aggregation in organisms 2016–present: APVV-15-576 – Rare nuclear processes 2014–2017: IAEA SLR/008 – Environmental radionuclide monitoring

Erin Rachel BertelsenView profile

Assistant Professor

• Radiochemistry
• Nuclear Chemistry
• f-Element Separations
• +5 more

Erin Rachel Bertelsen is an Assistant Professor in the Department of Physics & Applied Physics at the University of Massachusetts Lowell's Kennedy College of Sciences. Her research focuses on radiochemistry, particularly f-element separations, electrochemical separations, nuclear forensics, and nuclear fuel cycle technologies. Ph.D. in Applied Chemistry (2020), Colorado School of Mines B.S. in Chemistry (2016), Dickinson State University Bertelsen's work explores advanced separation materials like functionalized mesoporous carbon supports, investigating radiation stability and synergistic extraction mechanisms for nuclear applications. Her publications span electrochemical reduction techniques, complexation studies, and chromatographic separations of rare earth elements and actinides. Current research themes include optimizing nuclear waste processing, improving actinide/lanthanide partitioning, and developing radiation-resistant materials. Her methodological approaches integrate materials science, analytical chemistry, and electrochemical analysis.

• Radiopharmaceutical Chemistry
• Cancer Imaging
• Nuclear Medicine
• +3 more

Prof. Dr. Klaus Kopka is a Full Professor for Bioinorganic and Radiopharmaceutical Chemistry at TU Dresden and Director of the Institute of Radiopharmaceutical Cancer Research at Helmholtz-Zentrum Dresden-Rossendorf (HZDR). His research focuses on developing radiopharmaceuticals for cancer diagnostics and theranostics, particularly targeting prostate-specific membrane antigen (PSMA), mutant IDH1 in gliomas, and somatostatin receptors. Key contributions include the design of PSMA-inhibitor-based PET/SPECT tracers, theranostic radionuclide pairs (e.g., 133La/225Ac), and copper- and mercury-mediated labeling strategies. Education & Career : - PhD in Chemistry (1996, WWU Münster) - Habilitation in Radiochemistry (2007, WWU Münster) - Associate Professor (2012, WWU Münster) - W3 Professor & Head of Radiopharmaceutical Chemistry Department at DKFZ (2013-2018) - Current roles since 2019: TU Dresden Professor & HZDR Institute Director Research Interests : Radiometal complexation, theranostic agents for prostate cancer, IDH1 mutation imaging, and preclinical evaluation of α-emitters like Actinium-225. His group develops novel chelators (e.g., macropa-based cryptands) and automation strategies for GMP-compliant radiopharmaceutical production. Award Highlights : - 2018 Stifterverband Science Prize for interdisciplinary research - 2022 Yong Whee Bahk Lectureship Award (Korean Society of Nuclear Medicine) Lab & Collaborations : His team operates advanced radiochemistry facilities at HZDR, focusing on cyclotron-produced radionuclides (e.g., 61Cu, 133La) and theranostic applications. Collaborations include clinical trials for PSMA-targeted therapies and preclinical models of pancreatic cancer metabolism.

• Analytical Radiochemistry
• Environmental Radioactivity Analysis
• Nuclear Waste Characterisation
• +3 more

Professor Phillip Warwick serves as Professor of Radioanalytical Chemistry at the University of Southampton and holds dual roles as Director of GAU-Radioanalytical (a commercial laboratory) and Director of the NNUF-EXACT facility. With over 30 years' experience in nuclear analytical chemistry, he collaborates extensively with industry, government, and academia. His career began at UKAEA Winfrith before joining the University in 1994, including a two-year secondment managing the Environment Agency’s environmental monitoring program for England and Wales. Research focuses on analytical radiochemistry, radionuclide dispersion in marine/coastal environments, nuclear waste characterization, remediation technologies, and sensor development. Key innovations include novel adsorbents, radionuclide quantification methods, and in-situ sensors. He leads projects on contaminated land assessment, permeable reactive barriers for groundwater cleanup, and automated waste analysis systems. Professional roles include Commissioning Editor for Applied Radiation & Isotopes , membership in ISO/TC 147/SC3 (international water quality standards), and British Standards Institute committees. He is a Chartered Chemist and Royal Society of Chemistry Fellow.

Ioannis PashalidisView profile

Professor

• Environmental Chemistry
• Radiochemistry
• Aquatic Toxicology
• +3 more

Ioannis Pashalidis is a Professor at the Department of Chemistry, University of Cyprus, with a career spanning over three decades. His research focuses on radiochemistry , environmental remediation , and adsorption technologies for removing toxic metal ions and radionuclides from aquatic systems. He holds a Diploma in Chemistry (1987) and a PhD in Aquatic Radiochemistry (1991), both from the Technical University of Munich, followed by postdoctoral positions at the University of Cyprus. His academic trajectory includes roles such as Lecturer (1999-2003), Assistant Professor (2003-2008), Associate Professor (2008-2016), and full Professor since 2016. His research explores actinide interactions with colloidal systems, biochar, and microplastics, aiming to develop decontamination technologies. Recent studies highlight the role of microplastics as carriers for radionuclides and the application of oxidized biochar in adsorption processes.

Charles M. Folden IIIView profile

Professor

• Nuclear Chemistry
• Radiochemistry
• Superheavy Elements
• +3 more

Prof. Charles M. Folden III is a Professor of Chemistry at Texas A&M University, affiliated with the College of Science and the Cyclotron Institute. He leads the Folden Research Group, focusing on heavy and superheavy element chemistry, nuclear forensics, and fusion reaction studies. His work bridges nuclear, physical, analytical, and radiochemistry, with collaborations worldwide. He holds a B.S. from Vanderbilt University (1999) and a Ph.D. in Chemistry from UC Berkeley (2004), followed by postdoctoral research at UC Berkeley and Michigan State University. Research Interests: Chemical properties of superheavy elements and their homologs (e.g., indium, thallium) using ionic liquids and deep eutectic solvents Nuclear forensics to trace plutonium origins and reactor histories Understanding fusion reaction barriers limiting superheavy element discovery since 2010 Key Contributions: Developed methodologies for plutonium source attribution using fission product signatures Advanced instrumentation for single-atom chemical studies of superheavy elements Discovered collective effects suppressing compound nucleus survival in fusion reactions Awards include the DOE Early Career Award (2012) and Montague Teaching Excellence Scholar (2011-2012). His group trains students in radioactive material handling, radioanalytical techniques, and global experimental collaborations.

• Superheavy Elements
• Nuclear Chemistry
• Transactinide Chemistry
• +3 more

Christoph Emanuel Düllmann is a Professor in the SHE Chemistry department at GSI Helmholtzzentrum für Schwerionenforschung GmbH, with strong affiliations to Johannes Gutenberg University Mainz. He leads groundbreaking research on superheavy elements and transactinide chemistry, utilizing advanced facilities like TASCA (TransActinide Separator and Chemistry Apparatus) and UNILAC accelerator. His research focuses on the chemical and physical properties of the heaviest elements in the periodic table, particularly elements 112-118. Düllmann's work combines nuclear physics with cutting-edge chemical separation techniques to study single atoms of these extremely rare and short-lived elements. His research group investigates adsorption behavior, gas-phase chemistry, and relativistic effects that significantly influence the chemical properties of superheavy elements. His publication record shows a clear trend toward increasingly sophisticated chemical investigations of elements at the limits of the periodic table, with recent work focusing on nihonium (element 113), flerovium (element 114), and moscovium (element 115). These studies reveal how relativistic effects modify expected periodic trends, providing crucial tests for theoretical models of chemical behavior in the superheavy element region. Düllmann mentors PhD students including Katharina Hermainski, who attended the 2025 Lindau Nobel Laureate meeting, and Dominik Dietzel. His research is supported by major grants from German research foundations and international collaborations focused on expanding the periodic table and understanding nuclear stability at its extremes. He leads experimental efforts at the TASCA facility, where his team develops specialized equipment like the Recoil Transfer Chamber to interface physical separators with chemical analysis systems. Current work focuses on preparing for element 119 and 120 synthesis campaigns, pushing the boundaries of the periodic table further than ever before.

• Analytical Chemistry
• Environmental Chemistry
• Radiochemistry
• +2 more

Dr. Juan Gabriel March Isern serves as a University Professor of Analytical Chemistry in the Department of Chemistry at the University of the Balearic Islands since 2009. He actively contributes to the Environmental Analytical Chemistry (EnviroChem) research group and the Environmental Radioactivity (LaboRA) laboratory, with a career spanning over four decades in academia and research. His academic foundation includes: Degree in Chemical Sciences (1980) from the University of the Balearic Islands PhD in Chemical Sciences (1983) from the University of the Balearic Islands Postdoctoral fellowship at the University of Southern California (1985) Postdoctoral fellowship at CIEMAT, Madrid (1986) Dr. March Isern's research centers on environmental analytical chemistry with emphasis on radiochemical methodologies and pollutant monitoring. His publication record of 113 scientific articles (h-index 25) reveals consistent contributions to environmental analysis, particularly in developing techniques for radioactive contaminants and ecological assessment. Recent work demonstrates growing interdisciplinary integration with environmental science and toxicology. His research excellence is formally recognized through six research sexennia awarded by the Spanish National Agency for Quality Assessment and Accreditation (ANECA), reflecting sustained scholarly impact without specific named prizes. As an educator, he has supervised five doctoral theses and earned six teaching quinquennia. His active grant portfolio includes twelve competitive research projects, two of which he led as Principal Investigator. Current teaching responsibilities encompass Analytical Chemistry Experimentation, Advanced Chemistry Laboratory, and Integrated Chemistry Laboratory for the Chemistry degree program. His research operations are anchored in the EnviroChem group for environmental analysis and the LaboRA laboratory specializing in radioactivity studies, providing robust infrastructure for method development and environmental sample analysis.

Michael Van DamView profile

Professor

• Microfluidics
• Radiopharmaceutical Development
• PET Imaging
• +4 more

Dr. Michael Van Dam is a Professor and Vice Chair in the Department of Molecular & Medical Pharmacology at the David Geffen School of Medicine, UCLA. He also serves as Co-Associate Director of the Crump Institute for Molecular Imaging and Director of the Crump Cyclotron and Radiochemistry Technology Center. His research focuses on developing miniaturized technologies for radiopharmaceutical synthesis and analysis, particularly for PET imaging applications. Alumni: Queen’s University (B.Sc.), University of Toronto (M.Sc.), Caltech (Ph.D.) Affiliations: Bioengineering Department, Physics in Biology and Medicine Program, Jonsson Comprehensive Cancer Center Commercialization: Co-founder of Sofie, Inc., commercializing ELIXYS radiosynthesizers His recent work emphasizes droplet-based microfluidics, high-throughput radiochemistry platforms, and cost-reduction strategies for radiotracer production. The lab has published extensively on automated synthesis systems and quality control innovations. Current projects aim to translate these technologies into clinical applications. Notable research outputs include advancements in microfluidic reactors , radiosynthesis automation , and Cerenkov luminescence imaging . The team actively explores methods to replace traditional HPLC with rapid TLC for radiopharmaceutical analysis. 64 reactions/hour throughput demonstrated Over 20 granted patents in radiochemistry devices Key applications in oncology, neurology, and cardiology

David SinclairView profile

Researcher

• Experimental Particle Physics
• Double Beta Decay
• Xenon Detectors
• +3 more

Dr. David Sinclair is a Researcher at the Department of Physics , Carleton University, affiliated with the Faculty of Science . His work focuses on Experimental Particle Physics , particularly in the context of neutrino studies and rare decay searches. SNO - Sudbury Neutrino Observatory EXO - Enriched Xenon Observatory His research spans double beta decay investigations in xenon isotopes, Xenon detector development , and dark matter detection . He also contributes to interdisciplinary studies in neuroscience , analyzing hippocampal abnormalities linked to substance use disorder. Recent publications highlight advancements in liquid xenon ionization chambers and cosmogenic neutron production studies. Sinclair plays a key role in building SNOLAB , a state-of-the-art underground laboratory for particle physics experiments. His publications trend toward neutrino oscillations , detector design , and neuroscience applications , reflecting a multidisciplinary approach. Collaborative efforts with institutions like DEAP-3600 and nEXO underscore his impact in experimental physics. Dr. Sinclair's work integrates expertise in low-background radiation environments , ion extraction techniques , and scintillation signal analysis . His team's development of resonant laser fluorescence for Ba ion detection and silicon photomultipliers for xenon light detection demonstrates technical innovation. Current projects include optimizing neutrinoless double beta decay sensitivity and exploring Planck-scale dark matter constraints. Labs & Teams: Sinclair collaborates with the Sudbury Neutrino Observatory (SNO) and Enriched Xenon Observatory (EXO) groups, contributing to global efforts in underground particle physics . His work at SNOLAB involves interdisciplinary teams developing next-generation detectors for dark matter and neutrino studies.

• Radiopharmaceutical Development
• Nuclear Medicine
• Prostate Cancer Therapy
• +5 more

Eline Hooijman is a Researcher at the Radiology & Nuclear Medicine department of Erasmus MC , specializing in radiopharmaceutical development. Her work focuses on optimizing radiochemistry techniques for therapeutic agents like 225 Ac and 177 Lu, particularly for prostate cancer targeting via PSMA and DOTA-TATE complexes. Key research areas include Actinium-225 and Lutetium-177 applications, Prostate-Specific Membrane Antigen (PSMA) therapy, and High Performance Liquid Chromatography (HPLC) for quality control. She collaborates with multidisciplinary teams on clinical translation, emphasizing Good Manufacturing Practice (GMP) and safety evaluation in phase I trials. Her recent publications highlight advancements in radioligand therapy , including comparative studies of 225 Ac-DOTA-TATE and 225 Ac-PSMA-I&T. She has contributed to methodologies for radio-TLC/HPLC analysis and clinical implementation challenges of 225 Ac-labeled compounds. The consistency in her work underscores the intersection of nuclear medicine , oncology , and analytical chemistry in developing targeted radionuclide therapies for metastatic castration-resistant prostate cancer (mCRPC) .

Scott M. HussonView profile

Professor

• Advanced Separation Materials
• Bioseparations
• Water-Energy Nexus
• +3 more

Scott M. Husson is the William B. Sturgis and Martha Beth Blackmon Sturgis Annual Distinguished Professor in the Department of Chemical & Biomolecular Engineering at Clemson University's College of Engineering, Computing and Applied Sciences. His research focuses on advanced separation materials for biopharmaceutical production, water-energy nexus challenges, and nuclear security applications. Ph.D., University of California at Berkeley (1998) B.S., Pennsylvania State University (1993) Key research directions include: Next-generation adsorptive membranes for protein chromatography High-performance polymer membranes for water purification and osmotic energy harvesting Nanoscale sensor materials for radionuclide detection in nuclear forensics Surface modification techniques to combat membrane fouling Computational modeling of separation processes Development of scintillating polymer systems Recent publications demonstrate expertise across polymer chemistry , membrane engineering , and radiochemical analysis , with applications in biopharma manufacturing , desalination , and nuclear nonproliferation . Over 2015-2021, his group pioneered: Responsive membrane materials with controlled porosity Nanopatterned surfaces for fouling resistance Thin-film composites for CO₂ separations Extractive scintillating resins for trace uranium detection Advanced bioseparation systems using graft polymerization Ellipsometry-based characterization methods for membranes Scientific contributions recognized through: William Sturgis Distinguished Professorship Editorial leadership as Associate Editor of Separation Science and Technology His work addresses grand challenges in medical affordability, water security, and nuclear threat detection through interdisciplinary collaborations in chemical engineering, materials science, and nuclear forensics.

Neil RedmondView profile

Visiting Assistant Professor

• Paleoceanography
• Marine Chemistry
• Geochemical Tracer Analysis
• +3 more

Neil Redmond is a Visiting Assistant Professor at the University of Connecticut, specializing in paleoceanography. His research focuses on reconstructing ancient ocean chemistry and circulation through analyses of marine sediments, hydrothermal vents, and biogenic microfossils. He investigates how these systems influence global geochemical cycles, with particular emphasis on trace metal scavenging, radioisotope dynamics, and sediment particle behavior. Education: Ph.D. in Marine Science, University of Southern Mississippi M.S. in Oceanography, University of Rhode Island B.S. in Geology and Geological Oceanography, University of Rhode Island Research Interests: Neil explores the roles of hydrothermal vents in ocean chemistry, phytoplankton fossils as glacial period indicators, and modern/past cycling of geochemical tracers. He emphasizes interdisciplinary approaches, combining fieldwork in remote ocean regions with laboratory analyses of isotopes like thorium-230 and uranium series. Publications highlight advancements in understanding Pacific and Southern Ocean dynamics, including dust fluxes, metal scavenging, and paleoceanographic proxies. His 2022 children’s book-style conference abstract exemplifies his commitment to science communication, which he teaches through courses like ERTH 2050W (Communication in Earth/Environmental Science) and ERTH 2310E (National Parks Sustainability). No scientific awards are listed, but his work reflects innovative methods in both field research and outreach education.