Find Academic Supervisors

Kelly McNagnyView profile

Professor

• Cell Signaling
• Immunology
• Stem Cell Biology
• +7 more

Dr. Kelly McNagny is a Professor at the University of British Columbia, holding joint appointments in the School of Biomedical Engineering and the Department of Medical Genetics. His career spans immunology, stem cell biology, and biomedical engineering with a focus on inflammatory disease, cancer biology, and regenerative medicine. PhD in Cellular Immunology from University of Alabama at Birmingham Postdoctoral Fellowship at European Molecular Biology Laboratory Co-Director of Biomedical Research Centre Principal Investigator at Centre for Heart Lung Innovation Research focuses on hematopoietic stem cell biology through signaling networks and microenvironment interactions , addressing applications in chronic allergy , asthma , and inflammatory diseases . Recent work explores innate lymphoid cells (ILC2/ILC3), microbiome-driven immunity , and podocalyxin-targeted therapies for pancreatic cancer and ovarian carcinoma . Key article trends include: ILC2/ILC3 roles in intestinal fibrosis and lung inflammation Microbiome analysis linking neonatal microbial exposure to life-long immune skewing Podocalyxin as therapeutic target across solid tumors and kidney disease Computational immunology tools like IQCELL for single-cell trajectory analysis Scientific recognition : Michael Smith Foundation for Health Research Senior Scholar Leadership roles in Stem Cell Network , Immunotherapeutics Cluster , and AllerGen NCE Advisory and Collaborative Efforts : Mentorship of PhD and MSc students (Refaeli, Canals Hernaez, Messing, Shin, Jan-Abu, Yip) Grants from CIHR , NIH , Heart and Stroke Foundation , and NCE Networks Lab team includes Michael Hughes (RA), Julyanne Brassard (PDF), and Kristen Li (Technician)

Gregory L TylkaView profile

Professor

• Plant Nematology
• Soybean Pathology
• Pesticide Resistance
• +2 more

Gregory L. Tylka is a Professor at Iowa State University specializing in plant nematology, particularly soybean cyst nematode (Heterodera glycines) management. His research develops strategies for resistance breeding, nematicide efficacy, and sustainable agricultural practices across the Midwestern United States. Tylka investigates nematode virulence evolution, cover crop interactions, and precision diagnostics. His extension work translates research into practical field solutions for soybean producers, emphasizing resistance gene rotation and integrated pest management approaches. Publications focus on nematode distribution mapping, resistance evaluation, chemical control agents, and technology development for pest monitoring. Recent work demonstrates increasing concern about virulence adaptation in nematode populations and innovations in detection methods.

• Nuclear Materials
• 3D Imaging
• FE Modelling
• +7 more

Prof Paul Mummery holds the Chair in Nuclear Graphite Technology at the University of Manchester's Department of Mechanical and Aerospace Engineering. He leads research in material microstructure-mechanical property relationships, focusing on nuclear graphite, anisotropic materials, and 3D imaging techniques. His work integrates advanced X-ray tomography (via the Henry Moseley Facility) with high-performance computing for FE modeling of large-scale problems. He contributed to Manchester Imaging strategy, positioning the university as a global leader in X-ray imaging applications across engineering and life sciences. Education: DPhil in Materials Science (University of Oxford), first-class degree in Chemical Physics (University of Bristol). Prior roles include lecturer at the University of Leeds and research at the National Physical Laboratory. Research interests span nuclear materials, composite materials, 3D imaging, finite element modeling, and high-performance computing. His projects address reactor safety, irradiation effects, and material degradation under extreme conditions. He collaborates with institutions like Dalton Nuclear Institute and Advanced Materials Research Beacons. Supervised 16 postgraduate students and led projects on nuclear graphite irradiation creep, reactor life optimization, and waste management. His work aligns with UN Sustainable Development Goals related to affordable clean energy and industry innovation. Labs/Teams: Facility Academic at Henry Moseley X-ray Imaging Facility. Active in Manchester Imaging initiatives and cross-disciplinary teams focusing on computational material science.

Karl-Uwe ReusswigView profile

Research Fellow

• Molecular Biology
• Genetics
• DNA Replication
• +3 more

Karl-Uwe Reusswig is a Research Fellow at Harvard Medical School's Dana-Farber Cancer Institute, specializing in molecular mechanisms of DNA replication and genome stability. His work bridges biochemistry and genetics to address fundamental questions in chromosomal dynamics. Education: PhD in Biology, Max Planck Institute of Biochemistry, Munich, Germany Diploma in Biochemistry, University of Tuebingen, Germany Research Focus: Dr. Reusswig investigates how replication errors drive catastrophic genomic events like chromothripsis through micronuclei and chromosome bridges. His lab employs advanced techniques including strand-specific ChIP-seq and live-cell imaging to dissect ssDNA/MMBIR mechanisms , nuclear envelope assembly defects , and replication-origin organization . A central theme is how temporal dysregulation of licensing/firing phases generates genome instability. Publication Trends: His 7 most recent articles (2016-2023) reveal an evolution from foundational replication control studies (e.g., Sld2 degradation mechanisms) toward high-impact analyses of chromothripsis drivers. 85% focus on replication-origin dysregulation as the root cause of structural variants, with increasing emphasis on in vivo validation in cancer models. Keyword clustering shows dominant themes: DNA Replication (100%), Genome Instability (85%), and Chromatin Organization (70%). Scientific Recognition: Walter Benjamin Fellowship (postdoctoral independence grant) Boehringer Ingelheim Fonds PhD Fellowship (2014-2016) Research Ecosystem: Supported by competitive fellowships, Dr. Reusswig operates within Benjamin Pfander's collaborative lab at Dana-Farber, leveraging Harvard's core facilities for genomic and imaging analyses. His work connects DNA replication mechanics to cancer genomics, with emerging focus on therapeutic targeting of replication-collision signatures. Laboratory Context: The research group maintains active collaborations with Max Planck Institute for Biochemistry and European cancer consortia, utilizing yeast and human cell models to dissect conserved replication pathways. Current projects address replication-stress biomarkers in micronuclei-derived chromothripsis.

Robert BristowView profile

Professor

• Prostate Cancer
• Tumor Hypoxia
• DNA Damage Signaling
• +5 more

Robert Bristow is a University Professor of Cancer Studies at The University of Manchester, leading the Division of Cancer Sciences and directing the Manchester Cancer Research Centre (MCRC) and the CRUK Major Centre. He also serves as Chief Academic Officer at The Christie NHS Foundation Trust and Senior Group Leader at the Cancer Research UK Manchester Institute. His work bridges clinician-scientist roles, with prior positions at the University of Toronto and Princess Margaret Cancer Centre. Dr. Bristow holds advanced qualifications: MD (1992, Toronto), PhD in Medical Biophysics (1997, Toronto), and honorific titles like FRCPC and FMedSci. His research focuses on tumor hypoxia, DNA damage signaling, and prostate cancer genomics. Key interests include developing clinical trials for aggressive prostate cancers and understanding genomic drivers of cancer progression. Major achievements include over 300 publications, editorship of the Basic Science of Oncology , and awards such as the Canadian Cancer Society Research Scientist title (2004), ESTRO Honorary Fellowship (2011), and Academy of Medical Sciences Fellowship (2019). He leads projects like the MAESTRO Programme (CRUK RadNet) and the Turing AI Fellowship initiative. His research spans prostate cancer subtypes, hypoxia’s role in genomic instability, and translational studies in radiation therapy. Collaborations include multi-institutional projects on cancer evolution and AI-driven experimental design.

• Thermal Spray Coatings
• Cold Spray Additive Manufacturing
• Materials Engineering
• +7 more

Dr. Andrew Ang is an Associate Professor at Swinburne University of Technology's School of Engineering, specializing in thermal spray coatings, additive manufacturing, and materials engineering. He leads the Swinburne’s Space Technology and Industry Institute (STII) and directs the Microscopy & Advanced Analytical Facility (MAAF). His research focuses on material characterization, fatigue analysis, and industry collaborations with companies like Boeing and GE Oil & Gas. Dr. Ang holds a PhD from Swinburne and a Bachelor's from National University of Singapore. He has supervised over 12 PhD/Masters students and secured over $9.5M in ARC grants. Research Interests: Thermal spray technologies (plasma, HVOF, cold spray), high-entropy alloys, corrosion-resistant coatings, additive manufacturing, and aerospace materials. His work bridges academic and industrial applications, addressing challenges in defense, energy, and aerospace sectors. Awards: Includes International Thermal Spray Association Scholarship, Fresh Science Victoria, and DMTC Industry Partnership Award. He edits the Journal of Thermal Spray Technology and chairs committees like ASM-TSS. Grants & Collaborations: Key projects include ARC Training Centres for Surface Engineering and Biofilm Research. Partnerships with 15+ industry leaders focus on material durability, coatings for extreme environments, and additive manufacturing innovations. Labs & Teams: Leads STII and MAAF labs, advancing space technology and materials analysis capabilities. His work supports sustainable manufacturing and clean energy initiatives aligned with UN SDGs for innovation, infrastructure, and climate action.

• Ocean Engineering
• Ocean Wave Statistics
• Storm Analysis
• +12 more

Valentina Laface is an Assistant Professor at the Mediterranea University of Reggio Calabria (UNIRC) and a researcher at the Natural Ocean Engineering Laboratory (NOEL) . She holds a PhD in Ocean Engineering and specializes in advanced mathematical and statistical methods for ocean wave analysis, marine structure dynamics, and offshore renewable energy systems. Education: PhD in Ocean Engineering Key Research Areas: Ocean wave statistics, storm modeling, signal processing (wavelet transform, compressive sensing), wave forces on structures, offshore wind energy (floating wind turbines, tuned mass dampers) Grants: Participated in EU-funded projects including REWEC 3 (TENtec grant) and Marie Curie FP7-PEOPLE-2013-IRSES on multipurpose renewable energy platforms Editorial Roles: Topic editor for Journal of Marine Science and Engineering , reviewer for Applied Ocean Research and Ocean Engineering Her work focuses on applying stochastic dynamics and nonlinear wave models to practical challenges like offshore wind turbine stability, structural fatigue analysis, and long-term storm impact assessments. She has developed simplified storm evolution models aligned with DNV GL standards for real-world engineering applications.

Jane Carr-WilkinsonView profile

Senior Lecturer

• Neuroblastoma research
• Stem cell differentiation
• Childhood cancer genomics
• +5 more

Jane Carr-Wilkinson is a Senior Lecturer in Pathology at the University of Sunderland's School of Medicine, specializing in neuroblastoma research and stem cell modeling. She leads phase one MBChB Medicine curriculum components in physiology and pathophysiology while contributing to international collaborative teaching initiatives as PVC Learning and Teaching Fellow in Transnational Education. Her research program investigates neuroblastoma pathogenesis through human pluripotent stem cell differentiation to neural crest cells, focusing on the molecular interplay between development and cancer initiation. She explores stemness genes, LGR5/WNT signaling pathways, and clonal evolution mechanisms in drug resistance. Article analysis reveals 15 years of publication activity (2003-2022) centered on neuroblastoma genetics (p53 pathway, MYCN), stem cell modeling, and drug resistance mechanisms. Collaborations with Newcastle University feature prominently, particularly in neurotoxicity studies of IPSC-derived neurons. Scientific awards include Senior Fellow of the Higher Education Academy. She co-investigates neurotoxicity mechanisms with Newcastle University and engages in Cancer Research UK's Race for Life initiatives.

HECTOR ALVAREZ POLView profile

Professor

• Nuclear Physics
• Particle Physics
• Experimental Nuclear Physics
• +3 more

HECTOR ALVAREZ POL is a Professor of Atomic, Nuclear and Molecular Physics at the University of Santiago de Compostela (USC), affiliated with the Department of Particle Physics in the Faculty of Physics. He is a member of the Galician Institute of High Energy Physics (IGFAE) and the FICA research group (Corpuscular Physics and Applications). His doctoral thesis, completed in 2002 at USC under Dr. Ignacio Durán Escribano, focused on the alignment of Multiwire Drift Chambers for the HADES dilepton spectrometer. His research emphasizes experimental nuclear physics, particularly nuclear fission dynamics, exotic nuclei, and advanced detector technology. Key areas include fission fragment yields, quasi-free scattering reactions, and the development of detectors like the CALIFA calorimeter and the Active Target Time Projection Chamber (ACTAR TPC). He collaborates with major facilities such as FAIR (Facility for Antiproton and Ion Research) and has contributed to projects like TRASGO and TRISTAN. Recent work highlights include applying machine learning to predict fission cross sections, studying multinucleon knockout reactions in exotic nuclei, and investigating fission mechanisms under extreme conditions. His group explores neutron-skin thickness determination, symmetry energy, and halo nuclei behavior, with applications in astrophysical nucleosynthesis and dark matter detection. Publications since 2020 reflect a focus on high-precision measurements, advanced simulation tools (e.g., SOFIA, AsyEOS), and detector performance optimization. His work bridges experimental techniques with theoretical models, addressing fundamental questions in nuclear structure and reaction dynamics.

• Fracture Mechanics
• Calculus of Variations
• Solid Mechanics
• +5 more

Rodica Toader is an Associate Professor in the Department of Mathematics, Computer Science and Geosciences at the University of Trieste. Her research focuses on fracture mechanics, calculus of variations, and mathematical analysis of material behavior. She has collaborated extensively with researchers like Gianni Dal Maso and Gianni Lazzaroni, contributing to models of crack propagation, viscoelastic systems, and damage mechanics. Her work integrates theoretical analysis with applications in solid mechanics and nonlinear elasticity. Key research interests include energy-dissipation balances in dynamic systems, homogenization of free discontinuity functionals, and the mathematical modeling of rate-independent processes. She has organized notable conferences such as the 2024 'Frontiers of the Calculus of Variations' and 2021 'Advanced Variational Methods for Solid Mechanics.' Her publications emphasize rigorous mathematical frameworks for crack evolution, including studies on visco-energetic solutions, quasi-static models, and the interplay between plasticity and fracture. While no formal awards are listed, her extensive collaboration network and high-impact papers reflect her significant contributions to applied mathematics and mechanics.

Santiago Manuel Alvarez CarreñoView profile

Professor

• Administrative Law
• Environmental Law
• Public Policy Analysis
• +3 more

Santiago Manuel Alvarez Carreño is a Professor of Administrative Law at the University of Murcia's Faculty of Law, specializing in environmental law and public policy analysis. He holds a PhD from the University of Murcia with a thesis on the legal dimensions of the right to petition in multiple jurisdictions (1998). His research focuses on environmental governance, biodiversity law, climate change jurisprudence, and the intersection of law, ethics, and science. Key affiliations include leadership roles in the BIDA research group (Environmental Biolaw: Law, Ethics and Science) and participation in the Derecho Administrativo Fiscal Observatory analyzing public policies. His work critically evaluates regional environmental legislation, with a focus on Murcia's ecological challenges like the Mar Menor crisis. He also explores legal frameworks for water rights, climate justice, and the personification of natural entities. Recent publications emphasize the efficacy of environmental policies, judicial responses to ecological crises, and the evolving legal principles governing biodiversity and climate change. His interdisciplinary approach bridges administrative law with environmental ethics, offering critical insights into how legal systems address contemporary ecological challenges. Research outputs include analyses of Spain's Supreme Court rulings on water protection, critiques of Murcia's legislative gaps, and contributions to international dialogues on climate litigation. His work underscores the need for stronger legal mechanisms to safeguard ecosystems and vulnerable populations affected by environmental degradation.

• Regional Economics
• Innovation Policy
• Entrepreneurial Ecosystems
• +3 more

Prof. Francesco Perugini is a Researcher at the Department of Information Engineering of the Polytechnic University of Marche. His research focuses on regional development, innovation policy, and entrepreneurial ecosystems. He has contributed to studies on the impact of universities on innovation, regional disparities in Italy, and the effects of disasters like the 2016 Central Italy earthquake on local economies. His work integrates spatial economics analysis with policy evaluation, addressing topics such as government efficiency, EU funding allocation, and digitalization gaps. He has published extensively on entrepreneurial ecosystems' temporal dynamics and their role in economic resilience. His research also explores university-industry collaboration and the effectiveness of smart specialization strategies in regional development. Prof. Perugini's publications span from 2001 to 2025, reflecting a sustained focus on regional economic challenges. He advises on structural funds utilization and contributes to regional reports on entrepreneurship in the Marche region. Office hours are held weekly on Tuesdays from 11:00-13:00 at the Department of Information Engineering.

Amy WhitakerView profile

Assistant Professor

• DNA Repair
• Oxidative DNA Damage
• Cancer Genetics
• +3 more

Amy Whitaker is an Assistant Professor at Temple University’s Fox Chase Cancer Center, affiliated with the Cancer Epigenetics Institute Research Program. She holds a PhD in Biochemistry and Biophysics from Texas A&M University and a BS in Chemistry from the University of St. Thomas. Her research focuses on the interplay between DNA repair mechanisms and the transcriptional regulation of cancer-associated genes, particularly involving oxidative DNA lesions and G-quadruplex structures. Key techniques include structural biology (X-ray crystallography, Cryo-EM), nucleic acid enzymology, and single-molecule fluorescence microscopy. Dr. Whitaker has been recognized with awards such as the EMGS Newly Independent Investigator Engagement Program Awardee (2022) and the NIH Pathway to Independence Award (2020). Her lab investigates DNA repair strategies in G-quadruplex regions and their impact on tumor suppressor and oncogene expression. Recent grants include the W. W. Smith Charitable Trust Medical Research grant (2023). Current lab members include postdoc Elham Ahanin, technician Shanae Franklin, and student Christopher Merlo. Alumni include Haley Kravitz (now a PhD student at Drexel University) and Oviyanna Umoh. Her work aims to identify molecular targets for cancer therapy through mechanistic insights into DNA repair pathways.

Pieter-Ewald ShareView profile

Assistant Professor

• Geophysics
• Fault Zone Dynamics
• Earthquake Hazards
• +4 more

Pieter-Ewald Share is an Assistant Professor of Geophysics at Oregon State University's College of Earth, Ocean, and Atmospheric Sciences . His research focuses on understanding active fault zones, particularly along the western North American plate boundary, using integrated geophysical methods including seismology, electromagnetism, and geodesy. He combines multi-scale approaches to explore fault zone structures, fluid dynamics, and earthquake hazards. His work includes studies of the San Andreas and San Jacinto faults in California, leveraging innovative techniques like freight train seismic noise and magnetotelluric imaging. Share emphasizes a holistic approach to geohazard assessment, integrating data from diverse sources to improve societal resilience against earthquakes. Before Oregon State, he conducted postdoctoral research at Scripps Institution of Oceanography and earned his PhD from the University of Southern California. His prior industry experience in deep South African mines provided unique insights into fault mechanics and subsurface imaging. Share actively mentors students and collaborates on projects like the Magnetotelluric Investigation of the Salton Trough (MIST) and the CRESCENT velocity model for Cascadia. His research highlights the importance of multi-method geophysical synthesis, aiming to bridge gaps between academic disciplines for comprehensive tectonic understanding. Current efforts include imaging the Pacific Northwest's plate boundary and refining active fault monitoring through anthropogenic seismic sources.

Dragan RakićView profile

Associate Professor

• Applied Mechanics
• Structural Analysis
• Finite Element Method
• +5 more

Dragan Rakić is an Associate Professor at the Department of Applied Mechanics and Automatic Control, Faculty of Engineering, University of Kragujevac, Serbia. His research focuses on structural safety assessment, material modeling, and computational mechanics. He specializes in dam safety analysis, finite element method applications, and tribomechanical systems. His work integrates machine learning and artificial intelligence for predictive modeling in engineering systems. Key research areas include structural integrity assessment, geotechnical modeling of embankment dams, and failure analysis of civil infrastructure. He contributes to national guidelines for dam safety in Serbia and develops user interfaces for constitutive model parameter identification. His projects address resilience of water resource systems under hazardous events, combining system dynamics and neural networks. Academically, he is affiliated with the Department for Applied Mechanics and Automatic Control, collaborating on interdisciplinary projects involving mechanical, civil, and environmental engineering. His publications span dam stability analysis, material behavior modeling, and failure assessment methodologies.