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Govindarajan RameshView profile

Professor

• Nanomaterials Synthesis
• Biomedical Applications of Quantum Materials
• Space Radiation Effects on CNS
• +3 more

Dr. Govindarajan Ramesh is a Professor of Biochemistry in the Department of Biology & Center for Materials Research at Norfolk State University. He holds a MS and PhD in Biochemistry/Biotechnology and has over 29 years of academic experience. His research focuses on nanomaterials synthesis for biomedical applications and space radiation effects on the central nervous system. He currently mentors two PhD students and has advised over 35 masters, 34 doctoral students, and 7 post-doctoral fellows. Dr. Ramesh has secured over $75M in grants as PI/Co-PI since 1996, including active NSF funding. He serves on review panels for NSF, Department of Defense, and European Space Agency, and holds editorial roles in journals like Journal of Nanoscience & Nanotechnology and Neural Regeneration Research . His lab (DRW 107) specializes in nanomaterials characterization and space biology research. Research interests include: Synthesis and biocompatibility of quantum materials for medical use Microgravity and space radiation impact on CNS Environmental pollutant effects on neurological systems Publications highlight advancements in nanoparticle biosensing, green synthesis methods, and material safety protocols. He actively promotes training in nanotechnology and space research for undergraduates, graduates, and postdocs.

Siva VanapalliView profile

Professor

• Microfluidics
• Cancer
• Aging
• +5 more

Dr. Siva Vanapalli is a Professor at Texas Tech University's Department of Chemical Engineering, holding the Bryan Pearce Bagley Regents Chair in Engineering. His research integrates microfluidics, biophysics, and healthspan studies in the C. elegans model organism, with applications in cancer diagnostics and space biology. Education : PhD (University of Michigan, 2006), MSc (Penn State, 2001), BTech (IIT Kharagpur, 1998) Key Research Areas : Microfluidic device development, tumor cell mechanics, aging research, and C. elegans phenotyping Commercialization : Holds patents in cancer cell detection and aging assays Recent publications demonstrate his leadership in microfluidic cancer diagnostics, aging pathways, and spaceflight biomedical research. His lab has produced 18+ peer-reviewed works since 2018, including 4 in 2023 alone. Notable awards include the 2020 Regents Chair distinction and multiple President's Awards for research excellence and commercialization. Dr. Vanapalli's group has mentored 8 graduate students to completion, with recent graduates like Leila Alizadeh (2020 PhD) and Shamim Ahmed (2020 PhD) making significant contributions to cancer cell mechanics and C. elegans aging studies. The lab maintains active collaborations with NASA for space biology experiments and the Benian Lab for muscle research.

Josephine AllenView profile

Associate Professor

• Biomaterials
• Cell Material Interactions
• Stem Cell Differentiation
• +3 more

Josephine Allen, Ph.D., is an Associate Professor in the Department of Materials Science & Engineering at the University of Florida. Her research focuses on biomaterials, cell-material interactions, and stem cell differentiation, with particular emphasis on tissue engineering and regenerative medicine. She leads the Allen Research Group, which explores advanced biomaterials and their applications in biomedical contexts. Dr. Allen has a postdoctoral background in Biomedical Engineering from Northwestern University and holds degrees from California State University Northridge. Her work integrates nanotechnology and material science to develop novel biomaterials like DNA-collagen complexes and bioactive hydrogels, with applications in vascular engineering, bone regeneration, and space biology. Notable themes include sex-based biological variables in biomaterial studies and the impact of microgravity on vascular cells. She has pioneered bioreactor systems and magnetoelectric materials for biomedical use, and her research emphasizes ethical considerations such as cell ancestry in bioengineering. Publications span topics like hydrogel design, stem cell niche engineering, and the effects of simulated microgravity on immune cells. Her work bridges material science with clinical applications, aiming to advance regenerative therapies and address unmet needs in vascular and bone tissue engineering.

• Thermal Energy Storage
• Phase Change Materials (PCMs)
• Renewable Energy Systems
• +5 more

Anastasia Stamatiou is a Professor at Lucerne University of Applied Sciences and Arts (HSLU), leading the Bachelor's Program in Energy and Environmental Systems Engineering and the Research Group at the Institute of Mechanical Engineering and Energy Technology. She specializes in thermal energy storage, particularly phase change materials (PCMs), focusing on bio-based and high-performance materials for applications in renewable energy, construction, and battery thermal management. Her work integrates advanced imaging techniques like X-ray computed tomography to study material behavior. Education: Chemical Engineering at the National Technical University of Athens (NTUA), followed by a Master's in Energy Science and Technology at ETH Zurich. She completed her PhD at ETH Zurich on solar thermochemical fuel production. Research interests include material characterization, heat transfer optimization, and sustainable energy storage solutions. Notable projects involve bio-sourced PCMs for thermal management, asphalt modification with microencapsulated PCMs, and Li-ion battery cooling systems. She has received the SNSF Ambizione Energy Grant and a Best Paper Award at the 2015 Greenstock Conference. Leadership roles include heading HSLU's Thermal Energy Storage Competence Center (CC TES) and organizing conferences such as the Swiss Symposium on Thermal Energy Storage. Her interdisciplinary research bridges materials science, thermal engineering, and renewable energy systems.

Arny FerrandoView profile

Professor

• Geriatric Metabolism
• Protein Metabolism
• Muscle Physiology
• +5 more

Arny Ferrando is a Professor in the Department of Geriatrics at the Donald W. Reynolds Institute on Aging, University of Arkansas for Medical Sciences. His research focuses on protein metabolism, muscle physiology, and aging-related metabolic mechanisms. He has held academic positions at the University of Texas Medical Branch and has over 30 years of experience in clinical nutrition studies. Education: B.S. in Engineering, United States Military Academy (1978) MBA, Embry Riddle Aeronautical University (1984) Ph.D. in Nutrition and Physiology, Florida State University (1991) Postdoctoral Fellowship at NASA (1992-1994) Research Interests: Investigates anabolic agents (e.g., testosterone, IGF-1) in muscle restoration, burn injury recovery, and aging populations. Key areas include muscle protein synthesis, metabolic responses to stress, and nutritional countermeasures for muscle wasting. Recent Research Trends: Focus on dietary protein distribution, amino acid supplementation efficacy, and hormonal interventions for muscle preservation in older adults and clinical populations. Awards: NRC Resident Research Associate (1992-1994) College of Human Science Fellowship (1988-1989) US-China Sports Delegation Member (1989) Grants/Projects: Leads NIH-funded studies on aging-related muscle function, burn injury recovery, and tactical athlete nutrition. Collaborates with military and industry partners (e.g., Nestlé, Novartis) on protein metabolism and clinical nutrition. Labs/Teams: Director of the Metabolism Core at the Arkansas Older Americans Independence Center. Active in translational research teams addressing sarcopenia and post-surgical muscle recovery.

• Heat Transfer
• Microchannel Engineering
• Membrane Filtration
• +3 more

Corey Woodcock is a Lecturer in the Department of Chemical and Biological Engineering at Rensselaer Polytechnic Institute (RPI). His research focuses on heat transfer, microchannel engineering, membrane filtration, and fluid dynamics, with a particular emphasis on applications like electrospinning, phase change systems, and advanced cooling solutions. He has contributed to over 17 indexed publications, exploring topics such as aperiodic flow patterns, pin fin heat sink design, and membrane microstructure analysis. His work bridges theoretical modeling with experimental validation, addressing challenges in thermal management and material science. Key research areas include optimizing heat transfer in microchannel systems, understanding particle capture mechanisms in membranes, and developing novel cooling technologies for high-flux applications. Collaborations with industry and academic partners highlight his commitment to translating engineering principles into practical solutions. No specific scientific awards are listed, but his extensive publication record reflects sustained contributions to the field. While no student advisees or grants are detailed here, his academic role as a Lecturer suggests involvement in teaching and mentoring engineering students. His affiliation with RPI’s School of Engineering underscores a focus on interdisciplinary research at the forefront of chemical and biomedical engineering applications.

Scott J. McCormackView profile

Assistant Professor

• Materials Science
• Crystallography
• Thermodynamics
• +5 more

Scott J. McCormack is an Assistant Professor in the Department of Materials Science and Engineering at the University of California, Davis. His research focuses on materials in extreme environments, with an emphasis on crystallography, thermodynamics, and synthesis of complex oxides, carbides, and nitrides under high-temperature and high-pressure conditions. The McCormack Lab explores how material symmetry and atomic structure influence thermochemical and thermophysical properties to develop materials for space exploration and hypersonic applications. Key research areas include entropy-stabilized oxides, ultra-high-temperature ceramics, and non-equilibrium materials. McCormack has secured significant funding, including a $1.4M grant for ceramic processing and an NSF CAREER Award. His work merges experimental methods (e.g., in-situ XRD, aerodynamic levitation) with computational modeling to characterize materials under extreme conditions. Awards: NSF CAREER Award, $1.4M Research Grant Labs/Teams: McCormack Lab Key Technologies: High-temperature synthesis, carbothermal reduction, entropy stabilization His publications span advanced ceramics, thermal expansion analysis, and phase transformation kinetics, with a focus on applications in aerospace and energy systems.

Gordon SartyView profile

Professor

• MRI Technology
• Space Medicine
• Astrophysics
• +3 more

Gordon Sarty is a Professor at the University of Saskatchewan, affiliated with the Department of Psychology. His work spans biomedical engineering, astrophysics, and space medicine. He leads the Space MRI Lab, focusing on developing low-mass MRI technologies for space and remote healthcare. Notable projects include the Gradient-Free MRI and lunar/Moon-based medical imaging systems. Education: PhD in Applied Mathematics (University of Saskatchewan), BSc in Mechanical Engineering (University of New Brunswick). Research interests include astrophysical systems (binary stars, compact objects), biomedical MRI innovations, and quantum materials in imaging. Collaborations include Kinwah Wu (University College London), Laszlo Kiss (Konkoly Observatory), and teams at the Canadian Space Agency. Key grants/funding: CSA contracts (e.g., Gateway MRI concept study), NSERC Discovery Grants, and community grants for indigenous healthcare initiatives. Over 50 publications across MRI technology, astronomy, and medical physics. Advises students through Biomedical Engineering and Physics programs. Notable advisees include Dr. Somaie Salajeghe and Dr. Vasily Vakorin. Current projects involve building MRI prototypes with Indigenous communities via partnerships like SIIT AME. Labs/Teams: Space MRI Lab (affiliated with quanTA Centre), Pelican MRI Inc. (spin-off company), and international collaborations in astrophysics.

Anna MensualiView profile

Associate Professor

• Plant Biotechnology
• Horticulture
• Postharvest Technology
• +5 more

Anna Mensuali è un Associate Professor presso la Scuola Superiore Sant'Anna (SSSA) nella Faculty of Experimental Sciences, specializzata in Vegetable and Ornamental Crops (AGR/04). La sua ricerca si concentra su biotecnologie vegetali, fisiologia dello stress, micropropagazione e conservazione del germoplasma. Principali campi di studio: Biotecnologie per piante medicinali e ornamentali Ottimizzazione di colture in vitro Valorizzazione di scarti agricoli Conservazione post-raccolta Risposta allo stress salino Applicazioni di realtà aumentata in agricoltura spaziale Progetti di ricerca: Ha guidato progetti CNR, ASI, PRIN e regionali su etilene in colture in vitro, microgravità, stress idrico e qualità dei prodotti ortofloricoli. Ha collaborato con fondazioni e istituzioni per la conservazione della biodiversità vegetale nel Padule di Fucecchio. Contributi accademici: Membro del Joint students and teachers board e del PhD board in Agrobioscience e Agrobiodiversity. Organizzatrice di convegni internazionali come il SeSAW Postharvest Technologies School (2022) e il SOI National Congress (2017).

• Fluid Dynamics
• Multiphase Flows
• Heat Transfer
• +3 more

Detlef Lohse is a Full Professor in the Department of Physics of Fluids at the University of Twente's MESA+ Institute. His research focuses on fluid dynamics, multiphase flows, and phase change phenomena such as melting and evaporation. He has contributed extensively to understanding bubbly flows, convective systems, and interfacial dynamics. His work intersects with applications in energy storage, environmental physics, and materials science. Key research interests include: Bubble dynamics and drag reduction in turbulent flows Thermal and solutal convection in porous media Melting processes and solidification front dynamics Evaporation of multi-component droplets Numerical methods for multiphase flow modeling He has received prestigious awards including the Spinoza Prize (2005) and AkzoNobel Science Award (2012). His over 1,000 publications demonstrate leadership in fluid physics and interdisciplinary research. Supervised 124 research works, reflecting his mentorship in fluid dynamics and related fields.

Claire McGroganView profile

Researcher

• Health Psychology
• Nutrition Science
• Public Health
• +3 more

Claire McGrogan is a researcher affiliated with the Department of Psychology at Northumbria University, within the Faculty of Health and Life Sciences. She holds a PhD in Psychology (2021) and an MSc in Psychology (2016). Her research focuses on healthcare interventions, particularly in remote care delivery for eating disorders and geriatric populations during crises like the pandemic. Key areas include chewing difficulty assessment, psychological well-being in care home workers, and telehealth solutions for aging populations. Publications: Over 10 peer-reviewed articles since 2019, emphasizing pandemic-related healthcare challenges and innovative assessment tools. Expertise: Remote healthcare design, psychological first aid training efficacy, and quantitative methodologies in health psychology. Her work bridges clinical psychology and public health, with recent projects addressing pandemic-era barriers to care home research and developing digital tools for monitoring oral health in elderly patients. She collaborates with interdisciplinary teams across psychology, dentistry, and engineering.

Andrew J B MilneView profile

Lecturer

• Fluid Mechanics
• Engineering Education
• Assessment Methods
• +3 more

Andrew J B Milne is a Continuing Lecturer at the University of Waterloo. His work spans engineering education and fluid mechanics research. He focuses on innovative teaching methods, assessment strategies, and fluid dynamics phenomena such as superhydrophobic surfaces and turbulent flow behavior. His contributions include advancing co-op program evaluations and integrating real-world applications into engineering curricula. Research interests highlight the intersection of education and technical disciplines. He explores effective assessment tools for learning outcomes, problem-based learning through hackathons, and practical demonstrations like using carburetors to teach fluid mechanics. His fluid dynamics work addresses drag reduction in complex flows and surface chemistry effects on liquid behavior. Notable publications analyze work-term evaluations, survey methodologies for student self-assessment, and experimental studies on sessile drops and surfactant solutions. These studies emphasize both pedagogical innovation and fundamental fluid mechanics principles. No scientific awards or grants are explicitly listed, though his cross-disciplinary work reflects sustained academic engagement.

Colleen DeaneView profile

Lecturer

• Muscle Biology
• Exercise Physiology
• Aging and Musculoskeletal Health
• +4 more

Colleen Deane is a Lecturer in Muscle Cell Biology at the University of Southampton, focusing on mechanisms linking exercise, nutrition, aging, and spaceflight to skeletal muscle health. She holds a PhD and has conducted postdoctoral research on muscle regeneration in aging populations, NAD+ supplementation in older adults, and spaceflight-induced muscle decline. Her work includes the UK-led Molecular Muscle Experiment (MME) on the ISS. She was awarded an MRC fellowship to develop bioinformatics skills for studying muscle atrophy/hypertrophy transcriptional pathways. Research Interests: Her research spans muscle biology, space physiology, mitochondrial health, and translational nutrition. Key areas include countermeasures for muscle loss in space and aging, bioinformatics analysis of muscle transcriptional data, and nutritional interventions for metabolic dysfunction. Current projects include metabolomics-based studies on age-related musculoskeletal decline and UK-Japan collaborations in medical research. Awards: 3-year MRC Fellowship Butterfield Awards for UK-Japan Collaboration RANK Travel Grant Advising & Grants: Supervises PhD students in infection immunity and clinical neurosciences. Leads projects funded by Wessex Medical Research and The Rank Prize Funds. Collaborates on ISS experiments (MME/MME2) and clinical studies on post-acute COVID syndrome. Labs/Teams: Member of the Institute for Life Sciences and Interdisciplinary Musculoskeletal Health group.

• Proteostasis
• Parkinson's Disease Research
• Phosphoproteomics
• +5 more

Dani Flinkman serves as a Project Researcher at Åbo Akademi University, specifically within the Faculty of Natural Sciences and Technology and the Turku Life Sciences Centre as part of the InFLAMES flagship (Innovation Ecosystem based on the Immune System). Contact information includes phone number +358-505914080 and email dani.flinkman@abo.fi. Flinkman's research spans multiple interconnected domains in molecular neuroscience and cellular biology. Primary research interests focus on proteostasis mechanisms, Parkinson's Disease pathophysiology (particularly related to LRRK2 mutations), phosphoproteomics, and the effects of simulated microgravity on cellular processes. The work bridges fundamental molecular research with clinical applications, particularly in biomarker discovery for neurological conditions. Analysis of publication trends reveals a strong emphasis on diagnostic applications for Parkinson's Disease, with multiple publications exploring protein translation abnormalities and cerebrospinal fluid biomarkers. The 2024 publication on HSV-1 and cellular miRNAs in CSF-derived exosomes demonstrates expansion into neuroinflammation diagnostics, while earlier work examined novel proteins in microgravity environments. Nordic Life Sciences Days prize (2019) - Recognizing contributions to Parkinson's Disease diagnosis and biomarker testing Flinkman maintains active collaborations across multiple institutions, as evidenced by international co-authorships on publications. The research appears to be supported through the InFLAMES flagship program, suggesting integration within a larger innovation ecosystem focused on immune system research. While specific grant information isn't detailed in the provided text, the patent activity indicates translational research with potential commercial applications.

• Organic Chemistry
• Inorganic Chemistry
• Catalysis
• +3 more

Kristopher V Waynant serves as Associate Professor in the Department of Chemistry within the College of Science at the University of Idaho. He also holds a Participating Faculty position at the Institute for Modeling Collaboration and Innovation under the Office of Research and Economic Development. His academic credentials include a PhD in Organic Chemistry from New Mexico State University (2008) and dual undergraduate degrees from Virginia Tech (2002): a BS in Chemistry and a BA in Biochemistry. Dr. Waynant's research spans multiple frontiers of chemical science with emphasis on: Design and application of arylazothioformamide/arylazoformamide ligands for metal coordination Development of catalytic methods (CuAAC, Sonogashira, Suzuki-Miyaura) for organic synthesis Sustainable e-waste metal recycling through ligand-based dissolution techniques Biomaterials engineering for biofilm prevention and therapeutic applications Hydrogel systems for bioremediation and biomedical uses Analysis of his 2023-2025 publications reveals a strategic shift toward interdisciplinary environmental and biomedical solutions. Key trends include ligand-engineered metal recovery from electronic waste, advanced coatings for microbial resistance in extreme environments (including microgravity), and therapeutic development using metal-peptide complexes. His work consistently bridges synthetic chemistry with practical sustainability challenges. Dr. Waynant has secured significant external funding including the NSF-funded REU Site: Elements of Sustainability (2024) for undergraduate research training and the Collaborative Research: CAS-SC grant (2024) focused on e-waste metal recovery. His educational initiatives extend to curriculum development for course-based undergraduate research experiences (CUREs) in chemistry laboratories, particularly emphasizing bioremediation relevance and STEM retention strategies. Through the Institute for Modeling Collaboration and Innovation, he participates in cross-disciplinary teams developing computational models for chemical systems. His laboratory integrates synthetic organic/inorganic chemistry, materials characterization, and biological evaluation to address environmental remediation and biomedical challenges.