FIT'NG 2023Sept 10-11th, 2023
Santa Rosa, California, USA
Hyatt Regency Sonoma Wine Country
March 21, 2023
Tuesday, March 21st, 11am-12pm EST: “Changes in Sleep during FIT Development” with an expert panel featuring Dr. Salmone Kurth, Dr. Rebecca Spencer, & Dr. Kimberly Whitehead. REGISTER HERE
March 28, 2023
Tuesday, March 28th, 11am-12pmEST: “Impact of Sleep on FIT Neuroimaging Signal” with an expert panel featuring Dr. Topun Austin, & Dr. Louisa Gossé, & Dr. Fabrice Wallois. REGISTER HERE
April 18, 2023
Tuesday, April 18th, 11am-12pmEST: M.J. Heise discussing “Utility of linear mixed effects models for event-related potential research with infants and children” REGISTER HERE
Save the Date - Santa Rosa 2023
FIT’NG will be in Santa Rosa, California, September 10th and 11th, 2023.
Learn more about the upcoming FIT’NG Together events.
See the list of past FIT’NG Workshops
Our Mission & Vision
Advancing understanding of early brain development represents an imperative for improving capacity to support lifelong health and prevention of brain-based disorders. However, there are unique challenges associated with studying early brain development that hinder progress. The FIT’NG network provides an optimal setting for interdisciplinary efforts to address these challenges.
The network provides a forum that supports this goal through bringing together scientists and clinicians across multiple disciplines (e.g. neuroscience, computer science, biomedical engineering, psychology, psychiatry, and public health), career stages, and geographic regions to encourage collaboration and innovation. We have three core focus areas: methodological development, education/training advancement, and data sharing and integration. A primary objective spanning these areas is to encourage the establishment and dissemination of guidelines to support best practices for methods used to study the developing brain, including EEG, fNIRS, MRI, MEG, OCT, histology, DOT, ultrasound, and others. These methods are rapidly evolving and present unique challenges when applied to the study of fetal, infant and toddler brains. We aim to break down silos and support synergistic efforts that will allow research in this area to realize its full potential in contributing to scientific discovery, medical innovation, and policy.