Magnetic Resonance Imaging for Earlier and Accurate Diagnosis
Magnetic Resonance Imaging for Earlier and Accurate Diagnosis
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Our research harnesses cutting-edge MRI technology to better understand brain structures and functions in both human and animal models, aiming to improve early diagnostics of different neurological conditions including brain injuries, neurodegenerative diseases and their treatment via data-driven, machine learning, and artificial intelligence models.
Our research harnesses cutting-edge MRI technology to better understand brain structures and functions in both human and animal models, aiming to improve early diagnostics of different neurological conditions including brain injuries, neurodegenerative diseases and their treatment via data-driven, machine learning, and artificial intelligence models.
Ongoing MRI Projects
Ongoing MRI Projects
The Zhao-MRI Lab is dedicated to advancing structural and functional imaging techniques using MRI for human and animal models. Our team explores brain anatomy and functions through innovative models based on graph theory, Bayesian framework, and machine learning; we also aim to enhance early detection and understanding of different neurological disorders. We are a part of diverse collaborative groups striving for better, cost-efficient, and noninvasive imaging and understanding of different brain and neurological conditions.
The Zhao-MRI Lab is dedicated to advancing structural and functional imaging techniques using MRI for human and animal models. Our team explores brain anatomy and functions through innovative models based on graph theory, Bayesian framework, and machine learning; we also aim to enhance early detection and understanding of different neurological disorders. We are a part of diverse collaborative groups striving for better, cost-efficient, and noninvasive imaging and understanding of different brain and neurological conditions.
Connectomics
Connectomics
Studying brain's functional synchronization and structural wiring and their relationship.
Animal Models
Animal Models
Pig and Rodent models facilitate the understanding of neurological conditions and aging effect on brain.
Machine Learning
Machine Learning
Developing different models to simulate and predict brain's connectivity and the neurological conditions of the brain.
Glimpses from Recent Publications
Glimpses from Recent Publications
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