Alina Esterhuizen | Neurogenetics | Research Excellence Award

Dr. Alina Esterhuizen | Neurogenetics | Research Excellence Award

UCT/NHLS | South Africa

Dr. Alina Esterhuizen is a professionally registered medical scientist specializing in Molecular Human Genetics, Neurogenetics with a strong dual focus on translational research and molecular diagnostic service leadership. Her expertise lies in integrating advanced genomic research into routine clinical diagnostics, ensuring that scientific discoveries directly improve patient care. She has extensive experience in clinical genetic testing, quality management systems, validation and implementation of new diagnostic protocols, and the continuous enhancement of laboratory standards within accredited healthcare environments. Her research centers on the genetics of neurodevelopmental and neurodegenerative disorders, with particular emphasis on paediatric epilepsies and neuromuscular diseases. She has contributed significantly to understanding the genetic architecture of complex epilepsy in African paediatric populations, advancing the identification of pathogenic variants and improving diagnostic yield in underrepresented groups. Her work also includes mutation profiling in Duchenne muscular dystrophy, supporting the development and application of emerging gene-based therapeutic approaches. Beyond research and diagnostics, she is actively engaged in teaching, mentorship, and supervision of students and laboratory professionals. She is deeply committed to strengthening local genomic capacity and promoting equitable access to genetic testing services across Africa, ensuring that precision medicine becomes accessible to diverse and historically underserved populations.

Citation Metrics (Google Scholar)

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Citations
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Featured Publications


Current practice in diagnostic genetic testing of the epilepsies

– Epileptic Disorders 24 (5), 765–786 (2022) | Citations: 100

Clinical application of epilepsy genetics in Africa: is now the time?

– Frontiers in Neurology 9, 276 (2018) | Citations: 39

C9orf72 repeat expansions in South Africans with amyotrophic lateral sclerosis

– Journal of the Neurological Sciences 401, 51–54 | Citations: —

Isamu Ozaki | Clinical Neurophysiology | Best Researcher Award

Dr. Isamu Ozaki | Clinical Neurophysiology | Best Researcher Award

Hirosaki University of Health and Welfare | Japan 

Dr Isamu Ozaki is a distinguished neurologist and neuroscientist whose long academic journey commenced with his graduation from Hirosaki University School of Medicine followed by early clinical and research work in internal medicine, later evolving into physical therapy and neurophysiology. After a pivotal international research stint in Brussels, he returned to Japan to advance through roles from assistant professor to full professor in departments of physical therapy and rehabilitation sciences. In recent years he transitioned into roles as researcher and part-time lecturer across multiple leading institutions including Toho University and Tokyo Medical and Dental University. His research spans spontaneous EEG and respiratory rhythms, induced magnetic fields of peripheral nerves and the spinal cord, hand-motor-cortex excitability during deep breathing, pain-induced responses and respiratory rhythms, somatosensory‐induced brain magnetic fields, clinical somatosensory evoked potentials and high-frequency signals in the somatosensory and auditory cortices. According to his ResearchGate profile he has published some 98 documents which have collectively attracted around 1,200 citations, with a h-index in the mid-teens. He has held leadership roles in the Japan Electromagnetic Brain Topography Study Group, the Japan Society of Biomagnetism and the Japan Society of Clinical Neurophysiology, among others. His work has contributed significantly to the understanding of neuro-electrophysiology, bridging clinical neurophysiology and biomagnetic imaging, setting a legacy for future investigations into brain and nerve signal dynamics.

Profile: Scopus 

Featured Publications 

Observation of respiration-entrained brain oscillations with scalp EEG

Detailed magnetoelectric analysis of a nerve impulse propagation along the brachial plexus

Noninvasive measurement of sensory action currents in the cervical cord by magnetospinography

Visualization of electrophysiological activity at the carpal tunnel area using magnetoneurography

Novel functional imaging technique for the brachial plexus based on magnetoneurography