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Optimizing TMS Targeting and Treatment Response in Depression: Insights from Functional Connectivity and Induced Brain Activity Effects
Romain Duprat, PhDDone
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Personalized therapeutic brain-stimulation with real-time EEG-synchronized TMS
Christoph Zrenner, MDDone
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Magnetoencephalography (MEG): Considerations vs. EEG for Clinical and Research Applications – A Moving Target?
Timothy P.L. RobertsDone
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Neural and Intergenerational Markers of Psychopathology Risk in Youth
Lauren K. White, PhDDone
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Clinical Applications of EEG in Children
Sudha Kilaru Kessler, MD, MSCEDone
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A near real-time computational engine for estimating TMS-induced electric fields with applications to mapping and beyond
Evgenii Kim, PhDDone
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High-Intensity Targeted HD-tDCS for Motor Skill Learning
Gavin HsuDone
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Insights Offered by Advanced Signal Processing Analysis of High-Density EEG of Term Low-risk Newborns
Dr. RB GovindanDone
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Brain maturation in children with autism spectrum disorder – overly rapid followed by too slow
J. Christopher Edgar, PhDDone
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State of the technology / What ANT does / What products are on the horizon
Dr. Frank ZanowDone
Dr. Dylan J. Edwards is the Nancy Wachtel Shrier Director of Moss Rehabilitation Research Institute (MRRI), which is part of Jefferson Moss-Magee Rehabilitation, a top rehabilitation hospital in Philadelphia. At MRRI, he is also Director of the Human Motor Recovery Laboratory. He also holds appointments as Professor in the Department of Rehabilitation Medicine at The Sidney Kimmel Medical College at Thomas Jefferson University, and Adjunct Professor of Neuroscience and Director of the NeuroRehabilitation and Robotics Laboratory at Edith Cowan University.
He is dedicated to translating basic science findings in neurologically healthy people to develop and evaluate novel, clinically-relevant approaches for neurological assessment and neurorehabilitation in stroke and spinal cord injury using non-invasive stimulation, neuromodulation, robotics, combinatorial therapies, and neuroimaging. He is also known for designing and testing telerehabilitation approaches for motor recovery after stroke. He is recognized as a leader in the field of neurorehabilitation, having published over 100 peer-reviewed papers and given over 120 invited lectures, including presentations at the US Institute of Medicine (National Academy of Sciences) and the US National Institutes of Health.
In addition, he taught and co-led a successful Continuing Medical Education course on transcranial magnetic stimulation at Harvard Medical School for 10 years.