andrew demarco,PHD, CCC-SLP
Research Instructor
Georgetown University Medical Center
Education:
2016 Ph.D., Speech, Language, and Hearing Sciences, University of Arizona (Advisor: Pélagie M. Beeson)
2009 M.A., Communication Sciences and Disorders, Temple University
2007 B.A., Linguistics, Temple University
Andrew is a neuroscientist and ASHA-certified speech-language pathologist. His research interests relate to elucidating the neural and cognitive architecture of speech and language function, how this circuitry breaks down in aphasia, and how that information may inform aphasia rehabilitation. His areas of expertise include acquired neurogenic disorders, neuroimaging, and aphasia rehabilitation. His current training focuses on gaining experience with neurostimulation techniques such as transcranial direct current stimulation (tDCS) to evaluate their potential for enhancing aphasia rehabilitation.
Kyle Shattuck, PhD
Research Instructor
Georgetown University Medical Center
Education:
2016 Ph.D., Neuroscience, Georgetown University
1999 B.A., Child Development, English, Tufts University
Kyle is a neuroscientist with a research focus on the analysis of individualized and heterogeneous progression through both healthy aging and acquired neurological disorders. His previous research has used neuroimaging to track structural and functional brain changes associated with memory and attention processes in cohorts with Alzheimer’s disease and HIV-associated neurocognitive disorders. At CRL, Kyle is adapting machine learning algorithms to characterize the properties and implications of lesions found in brain MRI scans from stroke survivors.
Ryan staples, PhD
Post-Doctoral Fellow
Georgetown University Medical Center
Education:
2023 Ph.D., Psychology, Rutgers University - Newark (Advisor: William W. Graves)
2015 B.A., Psychology, University of Connecticut
Ryan is a cognitive neuroscientist. His research leverages modeling and neuroimaging to better understand the computational mechanisms and neural substrates that support healthy language processing and language recovery following stroke. As a postdoctoral researcher, his training focuses on lesion-symptom mapping analyses and developing ways to assess the correspondences between computational models and brains.