Find Academic Supervisors

Gabrielle BriggsView profile

Research Fellow

• Trauma Pathophysiology
• Intensive Care
• Orthopaedic Surgery
• +5 more

Dr. Gabrielle Briggs serves as a Postdoctoral Researcher and Lab Manager at the University of Newcastle's School of Medicine and Public Health within the College of Health, Medicine and Wellbeing. She leads scientific efforts with the Trauma Service at John Hunter Hospital while managing the Surgical Sciences Laboratory, focusing on translational research that bridges clinical challenges with laboratory solutions. Her educational background includes a PhD in Medical Biochemistry from the University of Newcastle, complemented by both a Bachelor of Biomedical Sciences and an Honors degree in the same field from the same institution. This strong foundation in biomedical sciences supports her current research trajectory. Dr. Briggs' research program centers on trauma pathophysiology, with particular expertise in post-injury complications including coagulopathy, traumatic brain injury, sepsis, bone and joint infections, blood transfusion medicine, and tissue regeneration. Her work consistently emphasizes clinician-scientist collaboration to develop innovative diagnostic tools and therapeutic approaches. Key projects include developing rapid bacterial detection tests for sepsis, biomarker discovery for traumatic brain injury outcomes, novel biologicals for tissue regeneration, and innovative transfusion medicine approaches. Analysis of her 15 most recent publications reveals a strong focus on mitochondrial biology in trauma (7 articles), transfusion medicine (5 articles), sepsis diagnostics (4 articles), and fracture healing (3 articles). Her work demonstrates an evolving trajectory from fundamental molecular mechanisms toward increasingly translational applications with direct clinical relevance. Gordon Kerridge Memorial Scholarship (2017-2018) Catecholamine Society Travel Fellowship (2012) International Society for Neurochemistry Travel Award (2011) Australia and New Zealand 3 Minute Thesis Competition Runner-Up (2010-2011) Australian Postgraduate Award (2009-2011) Dr. Briggs actively supervises multiple PhD students and Joint Medical Program Research Students working on trauma-related projects. Her research is supported by substantial funding, with 18 grants totaling $288,927, including the 2025 HMRI Newcastle Permanent Innovation Accelerator grant ($20,000) focused on sepsis detection. Current projects include improving bone and joint infection identification, developing rapid sepsis diagnostic tests, and investigating mitochondrial transfusion for fracture healing. As Lab Manager of the Surgical Sciences Laboratory at John Hunter Hospital, she oversees research operations supporting trauma service investigations. Her laboratory work integrates flow cytometry, molecular biology techniques, and mitochondrial analysis to address critical challenges in trauma care, with particular emphasis on translating basic science discoveries into clinical applications that improve patient outcomes.

Katie Pricola FehnelView profile

Assistant Professor

• Pediatric Neurosurgery
• Spinal Cord Tumors
• Cerebrovascular Anomalies
• +3 more

Katie Pricola Fehnel, MD, is an Assistant Professor at Harvard Medical School and Director of the Spinal Cord Tumor Program at Boston Children's Hospital's Department of Neurosurgery. She specializes in pediatric neurosurgery with a focus on spinal cord tumors, cerebrovascular anomalies, and translational research. Education: Yale University (BA in Political Science) Stanford University (MD) Massachusetts General Hospital (Residency) Boston Children's Hospital (Fellowship) Research Interests: Her work bridges molecular biology and clinical practice, particularly in urinary biomarkers for pediatric brain tumors (e.g., JPA biomarker fingerprint), Ephrin signaling in neurovascular disease, and genetic mechanisms of cerebrovascular malformations. She emphasizes bench-to-bedside translation for improved diagnostics and treatment. Publication Trends: Recent articles focus on intraoperative monitoring in spinal cord tumors, DNA methylation profiling for choroid plexus tumors, clinical trial disparities in pediatric spinal cord oncology, and novel genetic insights into vein of Galen malformations. These highlight her integrative approach across molecular genetics, imaging, and surgical innovation. Scientific Awards: Howard Hughes Research Fellowship Clinical & Academic Roles: As a pediatric neurosurgeon and researcher, she combines clinical practice in congenital malformations, tumor resection, and hydrocephalus management with NIH-funded research on mesenchymal stem cells and vascular dysfunction. Labs: Boston Children’s Vascular Biology Program under mentorship of Edward Smith, MD, and Marsha Moses, PhD.

• Biomedical Instrumentation
• Biomedical Engineering
• Signal Processing
• +3 more

Dr. Onur Koçak is a Lecturer at Başkent University's Department of Computer Engineering. Holding a PhD in Electrical and Electronics Engineering from Ankara University (2014), he also earned a Master's (2008) and BSc (2005) in Biomedical Engineering from Başkent University. His work bridges biomedical sciences with advanced signal processing and machine learning. PhD: Electrical and Electronics Engineering, Ankara University (2014) MS: Biomedical Engineering, Başkent University (2008) BSc: Biomedical Engineering, Başkent University (2005) Koçak's research spans biomedical instrumentation, medical device design, and signal processing. His recent publications focus on deep learning applications for spinal deformity analysis, epilepsy detection via EEG, brain tumor segmentation in MRI, and antimicrobial nanoparticle synthesis. He has contributed to projects involving biosensors, wireless patient monitoring, and cardiovascular treatment systems. From 2021-2025, Koçak led or advised 16 Ar-Ge projects, including topics like Photocatalytic air purification systems EECP therapy monitoring Smart scoliosis detection Peripheral artery disease diagnostics His collaborations extend to companies such as Biyotek, İBÜTEM, and Marla Teknoloji, focusing on biomedical-electronic-HVAC integration.

Brett FroeligerView profile

Professor

• Addiction Neuroscience
• Mindfulness
• Neuropsychopharmacology
• +5 more

Brett Froeliger is a Professor and Director of the Cognitive Neuroscience Systems (CNS) Core Facility at the University of Missouri , affiliated with the Health Neuroscience Center . His research focuses on Addiction Neuroscience , Mindfulness , and Neuropsychopharmacology , investigating the neural mechanisms of substance use disorders and developing novel treatments through pharmacological, behavioral, and non-invasive neural stimulation approaches. Current research in nicotine addiction and opioid use disorder Expertise in fMRI brain imaging , behavioral measures , and remote monitoring Key contributions include studies on frontostriatal connectivity , inhibitory control , and Mindfulness-Oriented Recovery Enhancement . He has held academic positions at Duke University Medical Center (2007-2012), Medical University of South Carolina (2013-2020), and joined the University of Missouri as Professor since 2020.

• Cognitive Neuroscience
• Neuroplasticity
• Digital Therapeutics
• +6 more

Adam Gazzaley is the David Dolby Distinguished Professor of Neurology, Physiology, and Psychiatry at the University of California, San Francisco (UCSF) School of Medicine, where he serves as Founder & Executive Director of Neuroscape, a translational neuroscience center. His work bridges cognitive neuroscience, technology development, and clinical applications. His research focuses on cognitive control mechanisms , neuroplasticity , and technology-driven interventions for cognitive disorders. Key areas include attention, memory, aging, and the development of closed-loop video games integrated with VR/AR, physiological monitoring, and brain stimulation. Recent work explores psychedelic neuroscience in aging populations and digital therapeutics for multiple sclerosis. Notable trends across his 160+ publications show increasing focus on digital biomarkers , personalized cognitive training , and translational applications of neuroplasticity principles. His work spans basic neuroscience (fMRI/EEG/TMS methodologies) to clinical implementation (FDA-cleared digital therapeutics). 2015 SfN Science Educator Award 2020 Global Gaming Citizen Honor Newsweek's 2021 America’s Greatest Disruptors 2017 PROSE Award for The Distracted Mind As Chief Science Advisor of Akili Interactive and co-founder of JAZZ Venture Partners, he translates research into commercial applications. He has advised Apple, GE, Nielsen, Deloitte, and Magic Leap, and served on the President's Council on Fitness, Sports & Nutrition. His Neuroscape lab develops open-source cognitive assessment tools while advancing rigorous placebo-controlled trials of digital interventions.

• Neuroscience
• Psychiatry
• Neuromodulation
• +3 more

Andrew Lee, MD, PhD is an Assistant Professor at the University of California, San Francisco (UCSF) School of Medicine in the Psychiatry Department. He leads the N3 Lab and works at the TMS and Neuromodulation Clinic, actively contributing to the UCSF OCD Program.

• Neuroscience
• Neural Stem Cell Research
• Electromagnetic Field Applications in Medicine
• +3 more

Jasmina Isakovic is a Lecturer in Histology at the European University Cyprus, School of Medicine, Frankfurt Branch. She actively contributes to academic leadership as Acting Vice-Chairperson while maintaining a research focus on neuroregeneration and electromagnetic field applications. Academic Appointment: Lecturer in Histology Institutional Affiliation: European University Cyprus Academic Role: Acting Vice-Chairperson Her research spans multiple neuroscience domains, particularly examining: Neural stem cell differentiation and regeneration Therapeutic applications of electromagnetic fields Mitochondrial dynamics in neurological disorders Development of automated imaging analysis tools (LUSCA) Neurodegenerative disease mechanisms Translational regenerative medicine approaches Recent publications highlight her work on electromagnetic field therapies for stroke rehabilitation, glial interactions, and computational modeling. She has developed open-source imaging tools to analyze cellular structures and investigates cross-organ regenerative mechanisms. While the text mentions Academic Advisory Services and Awards sections, specific details about scientific honors or advisory roles remain unlisted in the provided content.

• Neurology
• Clinical Neurology
• Stroke
• +3 more

ALİ ÜNAL is an Assistant Professor in the Department of Neurology at Akdeniz University's Faculty of Medicine. He has been affiliated with the university since 1999, progressing from Research Assistant to his current role. His academic focus spans neurology, stroke, neurocritical care, and cerebrovascular diseases. ÜNAL completed his medical expertise (2005) at Akdeniz University with a dissertation on cerebral ischemia and hypothermic treatment. He is fluent in English at an intermediate level (B1). His research explores clinical neurology, stroke mechanisms, neuroimaging, and neurodegenerative disorders. He actively investigates cerebrovascular pathophysiology, neuroprotective strategies, and post-stroke rehabilitation, with emphasis on innovative therapies like stem cells and vagus nerve stimulation. Recent publications (2014–2023) highlight his work in stroke diagnostics, neurocritical care monitoring, COVID-19 neurology, and migraine biomarkers. His articles frequently address clinical applications of neuroimaging, biomarkers, and patient-centered outcomes in cerebrovascular diseases. ÜNAL has supervised three graduate theses on topics including pseudotumor cerebri, stroke self-management, and carpal tunnel syndrome. He has co-led multiple funded projects, such as: Chronic care interventions for ischemic stroke patients (2018–2020) Stem cell repair in cerebral ischemia (2015–2018) Diagnostic protocols for vertigo in emergency settings (2016–2017) He contributes to neurology education through authored book chapters on topics like brain death, Fabry disease, and neurosonology. As a peer reviewer for national journals, he supports academic discourse in Turkish cerebrovascular research.

• Statistical Modelling
• Machine Learning
• AI Evaluation
• +5 more

Line H. Clemmensen is a Professor in the Department of Mathematical Sciences at the University of Copenhagen's Faculty of Science, with additional roles as Co-founder and Chief Scientific Officer at Interhuman AI. Her work bridges academic research and industry applications in statistical modeling and machine learning. Her research centers on statistical modeling and machine learning with emphases on low-resource domains, explainable AI, and fair modeling—particularly within health and life science contexts. Key focus areas include computational statistics, machine learning fairness, and rigorous statistical evaluation of AI systems, addressing critical challenges in data-scarce and high-stakes environments. Analysis of her 2024-2025 publications reveals strong interdisciplinary trends: bioinformatics applications (gene co-expression networks in single-cell genomics), computational psychiatry (OCD and oxytocin interactions), agricultural science (crop health via remote sensing), and critical AI evaluation (facial recognition fairness, LLM biases in STEM education). Her work consistently integrates statistical rigor with machine learning to solve domain-specific problems while prioritizing ethical considerations like fairness and explainability.

• Child Development
• Early Childhood Research
• Neonatal Sleep
• +3 more

Dr. Eline de Groot is a researcher in the Department of Languages, Literature and Communication at Utrecht University, affiliated with the Dynamics of Youth (DoY) strategic theme. Her work focuses on early childhood development, particularly sleep patterns in preterm infants. Education: PhD on sleep and brain development in preterm infants. Current Role: Postdoctoral researcher (50% research, 50% community-building). Her research spans methods for sleep assessment, prenatal language development using EEG, and cross-cultural comparisons of sleep practices in daycare settings. She collaborates on interdisciplinary projects like Sleep Well Baby and contributes to neonatal care guidelines. Key publications include studies on sleep classification methods, REM sleep roles, and automated monitoring systems. She has developed e-learning tools to educate caregivers on preterm infant sleep.

Michael KleinmanView profile

Adjunct Professor

• Air Pollution Health Effects
• Cardiopulmonary Toxicology
• Oxidative Stress
• +3 more

Michael Kleinman serves as an Adjunct Professor in the Department of Environmental & Occupational Health at the University of California, Irvine School of Public Health, where he co-directs the Air Pollution Health Effects Laboratory. His position involves advanced research on air pollutant toxicity using both human volunteer studies and animal models, with particular emphasis on cardiopulmonary injury mechanisms and neurological health impacts. Education: Ph.D. in Environmental Health Sciences, New York University Dr. Kleinman's research centers on air pollution health effects , specifically investigating free radical generation and oxidative stress pathways following inhalation of toxic compounds. His laboratory employs state-of-the-art in vivo exposure systems for human and animal subjects alongside in vitro cellular models to dissect mechanistic responses. Key focus areas include: Electronic cigarette cardiovascular toxicity Alzheimer's disease progression linked to particulate matter Clonal hematopoiesis in pollution exposure Atmospheric chemistry of brake wear emissions Heart-brain axis biomarkers for early dementia detection Port-related air quality disparities Recent publications demonstrate intense investigation of electronic cigarette impacts on cardiac function across aging populations, alongside innovative work connecting heart rate variability signatures to pre-symptomatic Alzheimer's disease through CSF biomarkers. His port air quality studies leverage pandemic shutdowns as natural experiments to isolate emission sources. Scientific Awards: No awards mentioned in source materials As Co-Director of the Air Pollution Health Effects Laboratory, Dr. Kleinman leads grant-funded research on pollutant exposure mechanisms, though specific grants aren't detailed. His extensive publication record indicates continuous federal or institutional funding. While student mentorship is implied through laboratory work, no advisees are named in the provided information. The Air Pollution Health Effects Laboratory utilizes integrated approaches including exposure atmosphere generation, physiological monitoring of cardiovascular function, and neurocognitive assessments to evaluate complex pollutant interactions. Current work combines particulate matter characterization with real-time health effect measurements in hypertension models and aging studies.

Line ClemmensenView profile

Associate Professor

• Machine Learning
• Statistical Learning
• Data Science
• +6 more

Line Clemmensen serves as Associate Professor at DTU Compute (Department of Applied Mathematics and Computer Science), Technical University of Denmark, where she has held faculty positions since 2010. Her interdisciplinary work bridges statistical learning, machine learning, and real-world applications in mental healthcare, biotechnology, and agricultural informatics. Her academic credentials include: Ph.D. in Image Analysis and Computer Graphics from DTU (2010), thesis: "High-dimensional sparse data analysis" M.Sc. in Applied Mathematics from DTU (2006) Exchange studies at Universitat Politecnica de Catalunya, Barcelona (2004) Mathematical graduate from Falkonergården upper secondary school (2000) Clemmensen's research centers on machine learning and statistical learning with emphasis on low-resource modeling, representation learning, and AI evaluation methodologies. She applies these techniques to mental health (developing biosensor-based OCD monitoring systems), biotechnology (spectral data analysis for pharmaceutical quality control), and environmental science (crop health assessment via remote sensing). Her work consistently addresses challenges in data scarcity and model interpretability. Analysis of her recent publications reveals dominant trends in computational psychiatry (e.g., detecting OCD episodes through physiological signals and oxytocin biomarkers) and agricultural AI (linking soil microbiome composition to crop health via machine learning). Methodologically, she pioneers interpretable deep learning frameworks for low-resource settings and robust time-series analysis techniques for physiological data. She has supervised 10 PhD students to completion (including Jacob Søgaard Larsen on NIR management and Gudmundur Einarsson on psychiatric motion quantification) and mentored 13 Master's/Bachelor's students. Current funding includes the LundbeckFonden LF-Experiment grant for the FAST project (Fast Assessment of psychiatric Symptoms to Transform Mental Health Care). Within DTU Compute's Section for Statistics and Data Analysis, Clemmensen leads collaborations with Novo Nordisk (biostatistics), the Danish Meat Industry, and clinical psychiatry teams, focusing on real-world AI deployment in mental healthcare and industrial applications.

• Pediatric Critical Care Medicine
• Pediatric Neurocritical Care
• Traumatic Brain Injury
• +5 more

Fatima Ajmal, MBChB, is an Assistant Professor in the Department of Pediatrics-Critical Care at the University of Chicago, where she serves as a specialist in pediatric critical care medicine at Comer Children's Hospital. She provides care for infants and children in the Pediatric Intensive Care Unit (PICU) and the Pediatric Sedation Service, and currently holds the position of Associate Program Director for the Pediatric Critical Care Fellowship Program. Dr. Ajmal's research focuses on pediatric neurocritical care, with particular emphasis on non-invasive monitoring in traumatic brain injury populations. Her scholarly work explores the application of pupillometry in severe traumatic brain injury cases and she has presented her findings at the Society of Critical Care Medicine international meeting. She also maintains a strong commitment to medical education, having completed a faculty fellowship in the Medical Education Research, Innovation, Teaching and Scholarship (MERITS) Program. Dr. Ajmal has received numerous accolades for her work, including: Dr. Elaine Kohler Award for Humanity in Medicine (2021 and 2022) 2nd place at Graduate Medical Education Research and Quality Improvement Day (2019) Nomination for AAP/SONS award for Oral presentation (2017) 1st place in the Junior category of the Arthur Kendall Prize for Oral Presentation (2014) As an educator and mentor, Dr. Ajmal has played an active leadership role in medical education and curriculum development throughout her career. She is passionate about providing high-quality, evidence-based patient care and strives to be a role model for trainees, advocating for trainee education as it applies to pathophysiology, inter-professional relationships, and patient/family centered care. Dr. Ajmal's scholarly work has been published in prestigious journals including Critical Care Medicine, Journal of Neurosurgery Pediatrics, and BMC Neurology, with research focusing on epilepsy surgery, neurocritical care, and innovative monitoring techniques for critically ill pediatric patients.

• Neurophysiology
• Neurodegenerative Diseases
• Brain Tumors
• +3 more

José Manuel Martínez Martos is a Professor in the Department of Health Sciences at the University of Jaén, Spain, where he leads research in neurophysiology and experimental pathology. He obtained his PhD from the University of Granada in 1994 with a thesis on age-related neurotransmitter changes in rat frontal cortex. His work focuses on physiological mechanisms in neurological disorders and cancer. His research spans: Neurodegenerative diseases (Alzheimer's, ALS, Tay-Sachs) Brain tumor pathophysiology and polyphenol therapeutics Fibromyalgia mechanisms and metabolic dysregulation Renin-angiotensin system modulation in neural and cancer contexts Hormonal influences on neurological conditions Recent publications (2023-2025) demonstrate strong focus on: Molecular mechanisms of glioma and therapeutic applications of olive-derived compounds Sex-specific differences in brain disorders Salivary biomarkers for dementia diagnosis Machine learning applications in breast cancer Metabolic interactions in fibromyalgia He collaborates extensively within the Fisiología y Patología Experimental y Clínica research group, investigating neuroendocrine pathways using rodent models and clinical samples. Current projects explore hydroxytyrosol's neuroprotective effects and aminopeptidase roles in disease progression.

• LiDAR in Agriculture
• Machine Learning
• Hyperspectral Image Analysis
• +4 more

Sourabhi Debnath is a part-time lecturer and researcher at the School of Computing, Mathematics, and Engineering at Charles Sturt University since 2018. Her work focuses on LiDAR in Agriculture, Machine Learning, Hyperspectral Image Analysis, and Digital Health. Research Interests: LiDAR applications in agricultural monitoring Machine Learning for crop analysis Hyperspectral imaging in plant health AI-driven health monitoring systems Recent Publications include work on graphene-based wearable sensors and hyperspectral imaging for nutrient deficiency detection. She has received grants for AI models in brain disease diagnosis and biosensor development. Her research intersects digital health and agricultural technology , with collaborations on quantum image processing and cybersecurity analytics.