Research | Baycrest

RRINiD

Rotman Research Institute Neuroimaging Database (RRINiD)

Rotman Research Institute Neuroimaging Database(RRINiD)

RRINiD - Overview

RRINiD powered by XNAT is a complex web-based system rich in features designed to manage imaging AND/OR non-imaging data and trigger data analysis pipelines. The system was customized to mirror the RRI labs practices and it provides support for:

  • Neuroimaging Data Management
  • To manage internally the huge quantity of produced imaging data
  • Maintain long-term usability and integrity of data

Clinical/Experimental Data Collection Standards

  • Integrate experimental measures (clinical, experimental design etc ) with the imaging data into a unified data set
  • Provide a standardized set of terms and an ontology that allow automated search engines to function efficiently

Collaboration

  • Data exploration by end users over the Web
  • Local data sharing with specific collaborating colleagues
  • Anonymized versions of the data shared with the general community

Access

The RRINiD Database can be accessed at http://63.243.143.242:8080/xnat

Technical Support

Anda Pacurar ext.5614; apacurar@rotman-baycrest.on.ca

RRINiD - Current Projects

The RRINiD is functional since 2009 and the first 5 projects stored in the database are:

Default network activation/deactivation/rest

  • PI: Cheryl Grady; An fMRI experiment manipulating activity in default network areas, using baseline, activating, and deactivating conditions.

An Open-Label Pilot Study of the Effects of Acute Memantine Administration on FDG-PET in Frontotemporal Dementia

  • PI: Tiffany Chow; MRI data was collected for the purpose of co-registering to PET images.

Cognitive Stroke Imaging Biomarker Battery

  • PI: Stephen Strother

Rotman Resting State Data

  • PI: Tiffany Chow; Repository for resting state data collected by RRI scientists. Multiple comparisons of subject groups is possible.

Project sponsored through the generosity of the Moir Family

Rotman MRC35120 SIEMENTS TrioTim - Daily Phantom Upload

  • PI: Simon Graham