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EDITOR : Xianfang Yue

Associate Professor

University of Birmingham

United kingdom

biography

Xianfang YUE is an International Incoming Fellowship of People Marie Curie Actions & Honorary Lecturer in Bioinformatics & Neuro Engineering, School of Physics & Engineering at the University of Birmingham, and an Associate professor in Bio-medical & Thermal Engineering, School of Energy &Environmental Engineering, University of Science and Technology Beijing, China. Xianfang has published over 40 peer-reviewed journal papers and 1 book in Chinese, 1 book in English (in publication) and 2 books chapters in the field of Neuro Engineering & Bioinfor matics ,mainly on the theoretical framework of neuroscience describe the bonding point of human behaviour and skull-brain structure, three-dimensional constructional space how neuro scientific discoveries can constrain and guide models of human behaviour, brain mechanism of rational and irrational behaviour; electrode and circuit design, closed loop control, brain-FSI-skull interfacing and modelling, dynamic brain mapping to optimization through identifying individualized biomarkers of disease, mechanisms underlying the therapeutic effects of neuro modulation in neurological and neuro psychiatric conditions using modelling and functional imaging techniques, and intracranial interventions that optimize current therapies in existing patient populations, implement new approaches and techniques, explore new targets, and define new disease populations. She has obtained 3 national patents of invention, and owned 1 item of the second Award of the Provincial science and technology progress. She has received major grants from the European Commission, the National Natural Science Fund, the Ministry of Science and Technology, the National Development and Reform Commission and the medical device.

research interest

Her research interests include Computational Neuroscience, Neuro Engineering, Bioinformatics, Tissue modelling and Biomedical Imaging Analysis, Mechanical Properties of cranial cavity and brain tissue with DMA testing, Energy conservation.

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