Monowarul Mobin Siddique is a Research Assistant Professor in the Department of Nutrition & Integrative Physiology at the University of Utah. His research focuses on lipid metabolism, sphingolipid biology, and their roles in metabolic diseases, cancer, and neurodegenerative conditions. He has contributed to understanding the molecular mechanisms of ceramide desaturase inhibition, autophagy regulation, and the therapeutic potential of natural products. Primary affiliation: University of Utah (since Feb 2023) Research interests span: Sphingolipid signaling in metabolic disorders Autophagy pathways in liver and adipose tissue Anti-inflammatory and hepatoprotective phytochemicals Genetic factors in Parkinson's disease and cancer Preclinical drug development for obesity-related pathologies Publications highlight contributions to understanding ceramide double bond effects on insulin resistance, mechanisms of food dye toxicity, and natural product-based hepatoprotection. His work bridges basic lipid biochemistry with translational applications in disease modeling and therapy. Notable collaborations involve studies on SARS-CoV-2 biology, renal allograft dysfunction, and the role of dihydroceramide desaturase in cancer drug resistance.
Dr. Peter Watson is a Research Fellow by Examination at Magdalen College, University of Oxford, affiliated with the Department of Chemistry. His research focuses on spectroscopy and catalytic reactions involving metals, particularly Grignard reagents and metal-carbon interactions. He holds a PhD from the University of Western Australia (2022), where he studied atmospheric reaction mechanisms using gas-phase complexes. Post-PhD, he joined Professor Stuart Mackenzie’s group at Oxford, contributing to the EPSRC-funded 'New Directions in Molecular Scattering' project. His work bridges laboratory spectroscopy with astrochemical applications. He currently investigates instrument design and catalytic processes in extreme environments. Education: PhD in Physical Chemistry, University of Western Australia (2022) Supervisor: Dr. Duncan Wild Research Interests: Spectroscopic analysis of metal-ligand interactions, catalytic mechanisms in organic chemistry, and astrochemical data integration. His work emphasizes gas-phase reactions, halogen bonding, and instrument development for molecular scattering studies. Grants & Collaborations: EPSRC Programme Grant: New Directions in Molecular Scattering (2022–present) Focus on extreme environments and large molecular systems Labs & Teams: Active in the Mackenzie Group at Oxford Chemistry, specializing in molecular scattering and advanced spectroscopic techniques.
Dr. Soon Mi Lim is an Instructional Associate Professor at Texas A&M University's Department of Chemistry, College of Arts and Sciences. She joined as full-time faculty in 2013, focusing on enhancing STEM education through active learning methodologies. Her research spans chemical education, biomedical applications of macromolecules, and cell mechanobiology. Education Background: Ph.D. in Chemistry (Texas A&M University), Postdoc at Texas A&M Health Science Center, M.S. and B.S. in Chemistry from Inha University, South Korea. Research Interests: She specializes in developing pedagogical tools for chemistry education, including lab techniques and Python-driven data analysis. Her work in biomedical chemistry involves polymer-based therapeutics and mechanotransduction in cells. She also leads outreach initiatives like the annual Chemistry Open House and programs to improve graduate student career readiness. Awards: Recognized with prestigious awards including the College of Arts and Sciences Faculty Excellence Award (2024) and AFS Distinguished Teaching Award (2017). She secured grants for inclusive education and diversity initiatives. Service & Leadership: As former Associate Graduate Advisor and Co-Director of Outreach, she organized career development workshops and science outreach events for schools. Her lab emphasizes translational research in polymers and cellular mechanics.
Joanna San Pedro is a Senior Lecturer in the Department of Chemistry at Texas A&M University. She teaches Organic Chemistry courses (Chem 227 and Chem 234) and General Chemistry for Engineering Students (Chem 107), while serving as Lab Coordinator for General Chemistry I and II laboratories (Chem 119/120). Her research focuses on developing biological tools to study cellular processes, collaborating with the Sczepanski Group on nucleic acid imaging via electron microscopy. Education: Ph.D. in Chemistry, Johns Hopkins University (2014) Postdoctoral Research Associate, Salk Institute for Biological Studies (2014–2017) Visiting Research Scholar, Texas A&M University (2015–2017) Her research interests bridge biological and organic chemistry, emphasizing practical applications in chemical education and mentoring. She prioritizes student engagement through real-world applications of chemistry concepts, fostering critical thinking and curiosity in learners. Her publications (2012–2014) explore photochemical mechanisms in DNA damage and radical reactivity, contributing to fields like nucleic acid imaging and chemical biology. No scientific awards are explicitly noted in the provided information. Advising and grants details are not specified in the text. She coordinates laboratories but no specific lab/teams are named beyond collaboration with the Sczepanski Group.
Damian Tyler is Professor of Physiological Metabolism at the University of Oxford's Department of Physiology, Anatomy and Genetics. He serves as Director of MR Physics at the Oxford Centre for Clinical Magnetic Resonance Research (OCMR) and is a Fellow in Medicine at Somerville College. With over 20 years of experience, he leads the Oxford Metabolic Imaging Group and is an associate member of the Cardiac Metabolism Research Group. His research focuses on: Cardiac metabolism in normal and diseased hearts Development of Magnetic Resonance Imaging/Spectroscopy techniques High-resolution CINE imaging for cardiac function assessment Phosphorus/carbon spectroscopy for metabolic abnormalities Dynamic Nuclear Polarization for enhanced sensitivity in metabolic visualization Publications demonstrate a strong focus on hyperpolarized carbon-13 MRI applications, with recent work expanding into metabolic dysfunction in diabetes, obesity, and long COVID. Trends include therapeutic response monitoring and technical innovations in metabolic imaging. Honors and Awards: British Heart Foundation Intermediate Research Fellowship British Heart Foundation Senior Research Fellowship Research groups include: Oxford Centre for Clinical Magnetic Resonance Research (OCMR) Oxford Metabolic Imaging Group Cardiac Metabolism Research Group
Joanna San Pedro is a Senior Lecturer in the Department of Chemistry at Texas A&M University, College of Science. She teaches Organic Chemistry courses (Chem 227, Chem 234) and General Chemistry for Engineering Students (Chem 107), and serves as Lab Coordinator for General Chemistry I & II labs (Chem 119/120). Her research focuses on biological organic chemistry, particularly designing genetically encoded tags for nucleic acid imaging via electron microscopy with the Sczepanski Group. Educational Background: Ph.D. in Chemistry, Johns Hopkins University (2014) Postdoctoral Research Associate, Salk Institute for Biological Studies (2014–2017) Visiting Research Scholar, Texas A&M University (2015–2017) Her work bridges chemistry and biology, emphasizing practical tools for understanding cellular processes. She prioritizes student engagement through critical thinking and real-world applications in her teaching.
Dr. Matthew Peters is a Lecturer in the School of Business at The University of Queensland, specializing in management accounting and innovative educational strategies. He holds a PhD in management accounting, earned while working full-time in industry roles such as Group Financial Controller at GenesisCare and Woolworths Limited. His industry experience spans accounting, finance, and strategic roles across sectors including healthcare, retail, and technology. His research integrates sociology and strategic management perspectives with management accounting, focusing on dynamic capabilities, performance measurement, and business intelligence systems. He has developed practical instructional resources for management accounting education, including case studies on solar panels and supply chain disruptions. Peters received the 2022 UQ BEL Leading Teaching Award for his innovative teaching materials. Key research themes include interactive spreadsheeting strategies, BI-enabled profit planning, and the role of market dynamism in organizational performance. His work emphasizes bridging academic theory with real-world business challenges, particularly through the lens of strategic management and organizational improvisation. Peters’ publications span journals like Issues in Accounting Education and Long Range Planning , with recent conference presentations addressing BI systems, market turbulence, and academic innovation in business schools. His research often explores tensions between traditional accounting practices and modern adaptive strategies. Outside academia, Peters has entrepreneurial experience, including founding and selling indoor rock climbing businesses. He values work-life balance and the flexibility offered by UQ, which complements his research and teaching commitments.
Christopher M. Bates is an Associate Professor in the departments of Materials and Chemical Engineering at the University of California, Santa Barbara (UCSB). His research focuses on the design and synthesis of soft matter materials, particularly polymers, with applications in energy storage, self-assembled structures, and functional materials. He employs advanced techniques such as scattering, rheology, and electrochemistry to probe material properties and dynamics. Education: PhD in Chemistry, University of Texas at Austin BS in Chemistry, University of Wisconsin–Madison Research Interests: Explores polymer mesostructure, dynamics, and crystallization, with a focus on creating materials with tunable properties for industrial and academic applications. His work integrates synthetic chemistry with physical characterization to advance fields like energy materials, biomedical polymers, and sustainable materials. Awards: NSF Early CAREER Award (2021) Camille Dreyfus Teacher-Scholar Award (2025) Journal of Rheology Publication Award Advising & Grants: Supervises students like Dr. Elizabeth Murphy (PhD 2025) and leads projects funded by the NSF Early CAREER Award. His lab develops novel polymers for applications in electronics, energy storage, and recyclable materials. Bates Group: Active in creating dynamic covalent networks, bottlebrush polymers, and materials with self-healing properties. Collaborates on scalable synthesis methods and advanced characterization techniques.
Fabio Masero is a Researcher affiliated with ETH Zürich's Laboratory of Inorganic Chemistry (LAC), part of the Department of Chemistry and Applied Biosciences. His work focuses on bioinorganic and bioinspired chemistry, with a strong emphasis on transition metal complexes and catalytic systems. He contributes to the Bioinorganic and Bioinspired Chemistry professorship group, conducting research in areas such as metal-mediated reactivity mechanisms, CO₂ activation pathways, and the design of novel catalytic materials. His research interests include coordination chemistry, catalytic reaction design, and the study of electronic effects in metal complexes. Notable topics include palladium-catalyzed processes, molybdenum-based catalysts for allylic substitutions, and the synthesis of functional organometallic compounds. His recent work explores structural transitions in germapyramidane clusters and photochemical reactions of fullerenes in aqueous environments. Publications from 2019–2025 highlight advancements in borylation methodologies for acyltrifluoroborate synthesis, electrocatalytic hydride generation, and dinitrogen fixation strategies. While no formal teaching role is explicitly stated, his contributions to the professorship group suggest active involvement in academic mentorship within the department.
Herminio Albino Pires Diogo is an Assistant Professor at the Department of Chemical Engineering, Universidade Técnica de Lisboa. His research focuses on thermochemistry of organic/organometallic compounds, molecular mobility in glassy materials, and dielectric studies. He holds a PhD from Instituto Superior Técnico (1993) and completed a postdoc at the University of Oslo (1996). Key interests include energetic-structure-reactivity relationships, glass transition dynamics, and pharmaceutical material stability. Education: BSc Chemical Engineering, Instituto Superior Técnico (1986) PhD Chemical Engineering, Instituto Superior Técnico (1993) Postdoc, University of Oslo (1996) Research Interests: Organometallic thermochemistry (bond dissociation energies) Thermal behavior of pharmaceuticals and carbohydrates Dielectric studies of amorphous solids Polymorphism in organic crystals Recent Work Trends: Focus on molecular mobility in glass formers, calorimetric analysis of drug stability, and computational validation of thermochemical data. Lab/Teams: Active in the Center for Structural Chemistry and collaborates with groups in Norway and Portugal on thermochemical and materials projects.
Indika Edirisinghe is a Professor of Food Science and Nutrition and Associate Director of the Center for Nutrition Research at Illinois Institute of Technology (IIT). He holds a PhD from the University of Peradeniya (Sri Lanka), an M.Phil. from the same institution, and a B.Sc. from the University of Delhi (India). His research focuses on the impact of dietary components on vascular disease, particularly investigating endothelial function, oxidative stress, and inflammatory responses through in vivo human studies and in vitro models. He is affiliated with professional organizations including the Society of Free Radical Biology and Medicine and the American Physiological Society. Edirisinghe has served on national and international panels, including the NIH Special Emphasis Panel and Benedictine University's MPH Program Advisory Board. His publications explore topics like the effects of processed tomato products, anthocyanins from berries, and grape seed extracts on cardiovascular health markers. His work bridges food science with clinical outcomes, emphasizing translational nutrition research. He advises on food traceability technologies, advocating for AI-driven systems to meet FDA regulations. Media appearances highlight his studies on mangoes' impact on diabetes risk and the role of technology in food safety. His lab focuses on molecular mechanisms linking diet to chronic diseases, with a commitment to advancing evidence-based nutritional strategies.
Dr. Marina Rozman is a Senior Research Officer at the School of Life Sciences, University of Essex, UK. She holds a PhD in Biochemistry (2022), an MSc in Molecular Medicine (2018), and a BSc in Biotechnology and Drugs Research (2017 from University of Rijeka). Her research focuses on enzymology, structural biology, and redox chemistry of heme proteins, particularly dye-decolorizing peroxidases. She utilizes advanced techniques like femtosecond crystallography to study enzyme mechanisms and catalytic pathways. Education: PhD Biochemistry, University of Essex (2022) MSc Molecular Medicine, University of Essex (2018) BSc Biotechnology and Drugs Research, University of Rijeka (2017) Research Interests: Her work explores the structural basis of enzymatic catalysis, redox mechanisms in heme proteins, and applications in biocatalysis. Key areas include: Enzyme structure-function relationships Compound I formation in peroxidases Role of water and amino acids in catalytic cycles Environmental biotechnology via enzyme design Publications: Her research spans 10+ peer-reviewed articles, with recent studies focusing on structural insights from dye-decolorizing peroxidases, including oligomerization effects, water-mediated redox reactions, and arginine-catalyzed FeIV=O formation. These studies advance understanding of enzymatic redox chemistry with implications for biocatalyst design. Labs/Teams: Active within the School’s structural biology and enzymology research groups.
Luis Manuel Rubio Herrero is a Professor at Universidad Politécnica de Madrid (UPM) and a Research Scientist at Consejo Superior de Investigaciones Científicas (CSIC). He served as Deputy Director of the Severo Ochoa Center of Excellence CBGP (2016–2020) and held leadership roles in research groups at UPM and UC-Berkeley. His work focuses on biotechnological applications of nitrogenase, particularly engineering nitrogen-fixing cereals and improving hydrogen production via nitrogenase biocatalysts. Rubio holds an ERC Starting Grant (2008), three Bill & Melinda Gates Foundation grants totaling $14M, and Spanish National grants. He has authored 60+ peer-reviewed publications and 2 patents. Education: PhD in Biochemistry (1999) from CSIC-Universidad de Sevilla, followed by postdoctoral research at University of Wisconsin-Madison and UC-Berkeley. Academic roles include teaching positions in Biochemistry and Microbiology, and roles on prestigious steering committees (ENFC, ICNF) and advisory boards (Pivot Bio). Key achievements include milestones in eukaryotic nitrogenase expression (e.g., first functional Fe-only nitrogenase component in yeast mitochondria), and leadership in international conferences. He has advised 10 PhD students and supervised >25 postdocs, while engaging in science communication through TEDx, media appearances, and public lectures.
Lara Mendonca Guterres Torres is a Senior Lecturer in the Fashion and Textiles Department at the University of Portsmouth, Faculty of Creative & Cultural Industries, School of Architecture, Art and Design. She also holds a Senior Lecturer and Pathway Leader position for the MA Fashion Artefact at the London College of Fashion, University of the Arts London. She leads the Research and Innovation Group for Fashion, Textiles and Material Futures at Portsmouth and serves as an External Examiner for Northumbria University’s MA Fashion Design. Education: Ph.D., Towards a Practice of Unmaking: The Essay Film as a Critical Discourse for Fashion in the Expanded Field, University of the Arts London (2019) MA, Fashion Artefact, University of the Arts London (2011) BA (Hons), Fashion Design, Center for Vocational Training of Textiles and Clothing (2004) Her research lies at the intersection of fashion, fine arts, and film, focusing on expanded fashion practice, critical theory, material innovation, and sustainability. Drawing from Derridean deconstruction and Rosalind Krauss’s expanded field, she explores fashion beyond disciplinary boundaries through practice-based research, including short films, installations, and fashion performances. Her work interrogates fashion’s essence as a cultural and philosophical discourse rather than mere adornment. The recent articles and research outputs reflect a strong trend in sustainable fashion, circular design, craft methodologies, and the use of film as critical discourse. Her work increasingly emphasizes collaborative and educational approaches to upcycling, ethical material innovation, and the ontological possibilities of fashion knowledge. She contributes to UN Sustainable Development Goals through sustainability and education. Scientific Awards: New Blood (Sangue Novo) Award, Lisbon Fashion Week (2003) She advises PhD students and has supervised at least one thesis. She has received recognition for her creative work, including international exhibitions and press contributions. She leads research initiatives and collaborates across institutions, contributing to academic governance as an external examiner. Her work bridges creative practice, critical theory, and sustainable innovation in fashion education and research. Labs and Research Groups: Research and Innovation Group for Fashion, Textiles and Material Futures, University of Portsmouth MA Fashion Artefact pathway, London College of Fashion
Prof. Dr. Sadettin Çalışkan is a Professor of Physiology at Üsküdar University's Faculty of Medicine. He holds a PhD from Atatürk University (1984) and became a Professor in 1994 at Süleyman Demirel University. His research focuses on oxidative stress, respiratory diseases, exercise physiology, electromagnetic fields, and neurophysiological asymmetry. He has authored over 27 Scopus-indexed articles and supervised numerous graduate theses. Awards include the 2023 Poster Award at Cell Membranes and Free Radical Research and the 2007 Poster Excellence Award at the Turkish Physiological Sciences Congress. Education: BSc Biology (Atatürk University, 1977), MSc/PhD Physiology (Atatürl University, 1981/1984). Academic roles include former Head of the Physiology Department at Süleyman Demirel University and leadership in research ethics committees. He teaches courses in human physiology, endocrinology, and neuroscience at both undergraduate and graduate levels. Research highlights include investigating fructose effects on metabolic pathways, electromagnetic field impacts on reproductive health, and exercise interventions in metabolic disorders. His work bridges basic science and clinical applications, addressing public health challenges like air pollution's role in respiratory illnesses and sleep disorders among medical students. Awards: Multiple national and international recognitions for contributions to physiology and environmental health. Active in professional organizations, he has organized and presented at over 50 international and national conferences.
