Spain
I am a clinical neurophysiologist and neuroscientist with 21 years of medical practice across South America and Europe, and 13 years in clinical neurophysiology and neuroscience. My work sits at a specific intersection: clinical neurophysiology evidence, AI applications in brain health, and the governance and regulatory frameworks shaping how these reach patients in European health systems — MDR, GDPR, the EU AI Act, and the European Health Data Space. Through NeuroEdge Nexus (neuroedgenexus.com), I develop structured evidence synthesis and scientific analysis translating that intersection into decision-relevant intelligence for EU health system stakeholders, researchers, and clinical practitioners. I maintain an active clinical practice in clinical neurophysiology and brain health, working with patients across Europe. Focus areas: · Clinical neurophysiology (EEG, TMS) , evoked potential an applied and translational contexts · AI applications in brain health, cognitive decline, and digital biomarkers · European regulatory frameworks for health technologies · Evidence synthesis and knowledge translation for clinical and institutional audiences https://drkelizabethreyesmarin.com/
Provide clinical neurophysiology services across diagnostic and multidisciplinary care settings, with integration of scientific analysis and digital health perspectives. Clinical Practice • Perform neurophysiological assessments (EEG, EMG, evoked potentials, polysomnography) in patients with neurological and cognitive disorders • Apply standardized protocols and contribute to clinical decision-making in collaboration with neurology and multidisciplinary teams • Support patient evaluation, reporting, and follow-up Clinical Operations & Digital Integration • Support implementation of tele-neurophysiology workflows for remote diagnostic access • Apply clinical protocols aligned with European regulatory frameworks (MDR 2017/745, GDPR) • Participate in supervision and training of junior staff Scientific, AI & Policy-Oriented Activities • Contribute to evidence synthesis and scientific communication in brain health and clinical neurophysiology • Analyze emerging AI-based diagnostic tools from a clinical and translational perspective • Engage with European digital health frameworks, including data governance (GDPR, EHDS) and regulatory developments (EU AI Act) • Support knowledge translation linking clinical evidence, research innovation, and health system applications Independent Initiative • Founder, NeuroEdge Nexus – platform focused on neuroscience, brain health, and AI in clinical and policy contexts
Research & Innovation Support — Linköping University (Postdoctoral Fellowship) Research activities focusing on neuromodulation, therapeutic brain stimulation, and evidence generation in neurological rehabilitation contexts. Research Programme Support Conducted research on activities related to transcranial magnetic stimulation (TMS) and transcranial direct current stimulation (tDCS) studies Generated evidence through data collection, analysis, and scientific reporting Functional neuroimaging (fMRI) research investigating mechanisms of therapeutic brain stimulation in neurological conditions Research activities conducted in alignment with Good Clinical Practice (GCP) principles Scientific Coordination & Knowledge Translation Coordination of research activities within multidisciplinary academic teams (neurology, psychology, physics, biomedical engineering) Preparation of research materials and internal reports for departmental and collaborative use Dissemination of research findings through seminars and scientific meetings Research Ethics & Regulatory Compliance Research conducted under approved ethical protocols in accordance with European research ethics standards Support for informed consent procedures and participant safety monitoring within research studies Familiarity with EU research governance and clinical research regulatory frameworks Competencies Clinical Research | Evidence Generation | Scientific Coordination | Neuroimaging | Data Analysis | GCP Principles | Research Ethics
Clinical neurophysiology service delivery within a hospital setting, providing diagnostic and intraoperative neurophysiology in collaboration with multiple clinical departments. Clinical Service Delivery Performed advanced neurophysiological diagnostics including EEG, long-term EEG monitoring, EMG, nerve conduction studies, evoked potentials, polysomnography (PSG), and sleep consultations Delivered intraoperative neurophysiological monitoring for neurosurgery and traumatology procedures, supporting surgical safety and neurological outcome assessment Provided neurophysiological support for intensive care unit (ICU) patients and urgent inpatient neurological evaluations Interpretation, reporting, and clinical communication of complex neurophysiological findings to referring clinicians Multidisciplinary Clinical Collaboration Clinical collaboration with neurology, neurosurgery, traumatology, pneumology, urology, cardiovascular surgery, rehabilitation, and intensive care teams Participation in multidisciplinary clinical discussions for diagnostic clarification and perioperative decision support Ongoing collaboration with referring departments to ensure appropriate test selection and clinical follow-up Clinical Quality, Safety & Professional Practice Application of evidence-based clinical standards and professional guidelines in neurophysiological testing and reporting Compliance with hospital quality procedures, patient safety frameworks, and clinical governance requirements Contribution to internal clinical audits and service quality improvement activities Scientific Contribution Participation in clinical data collection supporting neuromuscular disease research and registries Competencies: Clinical Neurophysiology | EEG | EMG | Evoked Potentials | Polysomnography | Intraoperative Neuromonitoring (Neurosurgery & Traumatology) | ICU Neurophysiology | Multidisciplinary Clinical Collaboration | Patient Safety | Evidence-Based Clinical Practice
PhD NeuroscienceDoctoral research investigating neurological mechanisms in Alzheimer’s disease using translational neuroscience approaches. Research Activities & Analysis Experimental study of amyloid-β pathology and seizure susceptibility in APP/PS1 mouse model of Alzheimer’s disease In vivo neurophysiological data collection (EEG) and structured analysis Experimental design, data management, and statistical analysis aligned with European research standards Systematic literature review in neurodegenerative disease research Scientific Communication Doctoral dissertation: "Seizure susceptibility and epileptiform activity in APP/PS1 mouse model of Alzheimer's disease" Authored peer-reviewed publication in Brain Research (verified citations included in profile) Presentation of research at international neuroscience events (specific conferences accurately listed) Research Ethics & Compliance Compliance with EU Directive 2010/63/EU for animal research Adherence to good scientific practice and laboratory safety protocols Competencies: Translational Neuroscience | Neurophysiological Analysis | Data Analysis | Scientific Reporting | Research Ethics
Graduate research focused on neural mechanisms and systems neuroscience. Research Training & Methodology Laboratory training: molecular biology, immunohistochemistry, and neurophysiology techniques Data collection, analysis, and interpretation for master’s thesis research Coursework in systems neuroscience, neurogenetics, and research methods Good Clinical Practice (GCP) training and research ethics certification Scientific Communication & Knowledge Synthesis Critical evaluation of scientific literature and structured synthesis Development of scientific writing and presentation skills Participation in research seminars and journal clubs Competencies: Research Methodology | Laboratory Techniques | Scientific Analysis | Evidence Synthesis | Research Ethics | Scientific Communication
4-year structured clinical neurophysiology specialist training programme, gaining comprehensive competencies in diagnostic neurophysiology. Clinical Training & Procedure Experience Supervised clinical practice across all core neurophysiological techniques (~4,000 hours) Performed diagnostic procedures: EEG, EMG, electroneurography, evoked potentials, polysomnography Intraoperative neuromonitoring support for complex neurosurgical and traumatology procedures (~200 cases) Patient consultations for inpatient and outpatient neurology services Clinical Competencies Development Advanced interpretation: epilepsy, neuromuscular disorders, peripheral neuropathies, sleep disorders Autonomic nervous system testing and specialized neurophysiological procedures Quality assurance, equipment calibration, and laboratory safety protocols Patient communication and clinical consultation skills Scientific Contribution Participation in clinical research projects on rare neuromuscular disorders Co-authored publication on novel genetic mutation (Clinical Neurology and Neurosurgery, 2011) Departmental case conferences and clinical research meetings Presentation of clinical cases at regional neurology conferences Professional Development Preparation for specialist certification in clinical neurophysiology Training aligned with European neurophysiology standards and competency frameworks Continuing medical education through national and international conferences Multidisciplinary collaboration with neurosurgery, traumatology, urology, cardiovascular surgery, and neurology departments Competencies: Clinical Neurophysiology | Diagnostic Procedures | Quality Assurance | Clinical Research Participation | Patient Care | Professional Standards | Multidisciplinary Collaboration