Neuroscience PhD candidate @WUSTL
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ALT Picture of Trends in Cognitive Sciences paper "Using precision approaches to improve brain-behavior prediction"
ALT Screenshot of the title page of the Nature Neuroscience article entitled "Two common and distinct forms of variation in human functional brain networks", led by Ally Dworetsky et al.
ALT Screenshot of the title page of the Nature Neuroscience article entitled "Two common and distinct forms of variation in human functional brain networks", led by Ally Dworetsky et al.
ALT Research Coordinator Position Gratton Laboratory, Florida State University grattonlab.org Job Description The Gratton laboratory in the Psychology Department at Florida State University in Tallahassee, FL (https://psy.fsu.edu/) is looking for a full-time research coordinator to join in on exciting functional neuroimaging research on personalized brain networks. The research coordinator will perform both data collection and analysis tasks for the laboratory. Specific duties associated with this position include the coordination, management, collection, and analysis of behavioral and fMRI data for research Interested applicants can submit send a cover letter and resume to: cgratton@fsu.edu
ALT Research Tech Position Gratton Laboratory, Florida State University grattonlab.org Job Description The Gratton laboratory in the Psychology Department at Florida State University in Tallahassee, FL (https://psy.fsu.edu/) is looking for a full-time research tech to join in on exciting functional neuroimaging research on personalized brain networks. The research tech will focus on data analysis tasks for the laboratory. Specific duties associated with this position include the preprocessing and analysis of behavioral and fMRI data for research studies, management of the lab analysis pipeline, and training other lab members in technical skills. This position will offer opportunities for authorship-level contributions on a variety of lab projects. Interested applicants can submit send a cover letter and resume to: cgratton@fsu.edu
ALT Screenshot of the preprint, entitled "precise individual measures of inhibitory control"
ALT The Gratton laboratory in the Psychology Department at Florida State University (https://psy.fsu.edu/) is looking for 1-2 postdocs to join in on NIH- and NSF-funded neuroimaging research on brain networks and how they are altered across the adult lifespan and with Parkinson’s Disease. This a fully funded post-doctoral position for up to three years. Starting salary will be based on NIH postdoctoral stipend guidelines, but is negotiable depending on experience and skills. Progression to Research Faculty-track positions is an option. Start date is negotiable, with a preference for Fall 2023. Remote work options are negotiable. FSU is an Equal Opportunity/Access/Affirmative Action/Pro Disabled & Veteran Employer. Application Deadline: rolling, applications will be considered until filled, with first review beginning on July 20, 2023. Interested applicants should send a cover letter, CV, and the names of three references to: cgratton@fsu.edu
ALT The Gratton laboratory in the Psychology Department at Florida State University (https://psy.fsu.edu/) is looking for a Research-Track Assistant Professor to join in on functional neuroimaging research on brain networks and top-down control. Research Assistant Professors in this position would be poised to launch a career using these cutting-edge tools, through contribution and leadership on NIH and NSF funded projects. This a fully-funded 12-month position with benefits. Salary and remote work options are negotiable. FSU is an Equal Opportunity/Access/Affirmative Action/Pro Disabled & Veteran Employer. Start date is negotiable, as early as September 2023. Application Deadline: rolling, first review beginning July 20, 2023 Interested applicants should send a cover letter, CV, and the names of three references to: cgratton@fsu.edu
ALT Brain map showing the probability that any given vertex is part of the CO network across people.
ALT On the left is a figure showing the features extracted from individualized models for 8 participants (top) vs. a group-level model (bottom). Individual-level models identify strong and varied features across participants. On the right is a screenshot of the first page of the manuscript.
ALT "Events' are moments in BOLD signal with especially high cofluctuation. They show strong representations of static FC network structure.
ALT border shifts appear adjacent to their typical network location, while ectopic intrusions appear as isolated islands at a distance from their typical location
