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considered for this role. The James Watt School of Engineering is looking for a Research Associate to make a leading contribution to advanced EEG analysis of the effect of Neurofeedback for Nociplastic Pain in
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Coordinator (ACRC). The primary focus will be to assist with multiple NIH-funded projects to develop more personalized TMS treatments for depression. We have found an EEG biomarker that predicts treatment
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as such is to-date the largest-scale attempt at establishing a causal evidence-based regarding computational mechanisms of clinical treatments. The Research Assistant will assist with EEG data
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disorders. This is a temporary position of up to four months. Job Description Empty heading Primary Duties & Responsibilities: For more information on the lab, please visit: https://sites.wustl.edu/foutzlab
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vectors studies, including vector design and cloning. RNA sequencing. Proteomics/transcriptomics and bioinformatics. PLA. Immunohistochemistry on brain sections. Surgery to implant electrodes and EEG
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the largest-scale attempt at establishing a causal evidence-based regarding computational mechanisms of clinical treatments. The Research Assistant will assist with EEG data acquisition and preprocessing
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and neurology for over ten years. This expertise is reflected in our software systems ARCSolver ® and encevis™ , which support physicians in the evaluation of complex pulse wave data and EEG signals in
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conduct mouse genotyping, stereotaxic microinjections, histology, behavioral assays and scoring of EEG/EMG records. The ability to follow protocols and to conduct in vivo work independently after
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Job Purpose To make a leading contribution to advanced EEG analysis of the effect of Neurofeedback for Nociplastic Pain in Rheumatoid Arthritis, working with Professor Aleksandra Vuckovic and
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competitive salary and benefits. Research in the Sreenivasan Lab (http://nyuad.nyu.edu/sreenivasan-lab ) focuses on the neurobiological mechanisms that constrain working memory ability. Our projects involve