Collaborators

Our efforts are substantially informed and enhanced through the breadth and depth of scientific expertise of our collaborative liaisons, including both Collaborating Projects and Service Projects.

Participate in ReproNim

ReproNim is dedicated to making neuroimaging research openly reproducible across a wide spectrum of research endeavors. We actively seek and support community engagement and feedback in the technical development, application, and refinement of user-friendly computational services that can be readily integrated into current research practices. Contact us to participate.

We are collaborating with numerous groups around the country and abroad to synergistically develop ReproNim tools in concert with (and as informed by) rapidly advancing technologies in a variety of areas including image analysis, workflow processing, data sourcing and hosting, and associated API developments (See Collaborator Projects below).

In parallel, we are working with both basic and clinical researchers with established programs of applied neuroimaging research around the country, as well as large scale informatics initiatives in the US and the UK, to guide and refine the practical implementation of ReproNim tools in a variety of real-world research settings (See Service Projects below).

Collaborating Projects

• CP1: Segmenting Brain Structures for Neurological Disorders
  • Bruce Fischl (PI)
  • Institution: Massachusetts General Hospital/Harvard Medical School
• CP2: Connectome Coordination Facility II
  • Daniel Marcus and David Van Essen (PIs)
  • Institution: Washington University St. Louis
• CP3: Healthy Brains for Healthy Lives Initiative
  • Alan Evans (PI)
  • Institution: McGill University
• CP4: COINSTAC: Worldwide Analysis of Valence System Brain Circuits
  • Vince Calhoun, Jessica Turner, Theodorus Van Erp (PIs)
  • Institutions: Georgia State University/UC Irvine
• CP5: OPENNEURO: An Open Archive for Analysis and Sharing of Brain Initiative Data
  • Russell Poldrack (PI)
  • Institution: Stanford University
• CP6: Brainlife: Lowering the Barrier of Entry to Network Neuroscience
  • Franco Pestilli (PI)
  • Institution: University of Texas at Austin
• CP7: DataLad: Versatile Platform for Digital Logistics
  • Michael Hanke (PI)
  • Institution: Research Center Julich
• CP8: Reproducible Imaging-based Brain Growth Charts for Psychiatry
  • Theodore Satterthwaite (PI)
  • Institution: University of Pennsylvania
• CP9: Adolescent Brain and Cognitive Development (ABCD)
  • Anders Dale
  • Institution: University of California at San Diego
• CP10: ENIGMA: A Global Alliance to Unlock Brain Mechanisms
  • Neda Jahanshad and Paul Thompson (PIs)
  • Institution: University of Southern California (USC)

Service Projects

• SP1: Biomarkers of Developmental Trajectories and Treatment in ASD
  • Susan Bookheimer (PI)
  • Institution: University of California at Los Angeles
• SP2: Environment, Epigenetics, Neurodevelopment & Health of Extremely Preterm Children
  • Michael O’Shea and Rebecca Fry (PIs)
  • Institution:University of North Carolina at Chapel Hill
• SP3: Neuroscience Gateway to Enable Dissemination of Computational and Data Processing Tools and Software
  • Amitava Majumdar and Kenneth Yoshimoto and Subhashini Sivagnanam (PIs)
  • Institution: University of California at San Diego
• SP4: CRCNS: NeuroBridge: Connecting Big Data for Reproducible Clinical Neuroscience
  • Lei Wang (PI)
  • Institution: Ohio State University
• SP5: EAGER: Community Building and Workflows for Data Sharing with Publicly Accessible and Consumable Metadata
  • Brian Nosek (PI)
  • Institution: University of Virginia/Center for Open Science
• SP6: Fragmented Early-life Experiences, Aberrant Circuit Maturation, Emotional Vulnerabilities
  • Tallie Baram (PI)
  • Institution: University of California at Irvine
• SP7: Bridges-2: Scalable Converged Computing, Data, and Analytics for Rapidly Evolving Science and Engineering Research
  • Shawn Brown (PI)
  • Institution: Pittsburgh Supercomputing Center
• SP8: Neuroimaging Analysis Center (NAC)
  • Ron Kikinis (PI)
  • Institution: Harvard Medical School
• SP9: Anticipatory Processing in Psychiatric Disorder
  • Anna Manelis (PI)
  • Institution: University of Pittsburgh
• SP10: Developing Multimodal Imaging of Neurocognitive Dynamics (Dev-MIND)
  • Tony Wilson (PI)
  • Institution: University of Nebraska Medical Center