WHO WE ARE
The Neuroinformatics Research Group at the Washington University School of Medicine, directed by Daniel Marcus, is a cross-disciplinary science and engineering lab. Our work in the NRG is to develop technologies that support neuroimaging and imaging informatics research that helps us better understand the living brain. Our software is open source and used around the world in the global effort to study and treat Alzheimer’s disease, schizophrenia, depression, brain cancer, autism, stroke, and a host of other neurological diseases.
Learn more about us: explore our projects, our software, and more.
EVENTS
2012 XNAT Workshop
Date: Monday, June 25, 2012The 2012 XNAT Workshop will be held in St. Louis, MO, on the Washington University School of Medicine campus June … [More]
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NEWS
Dates Set For XNAT 2012 Workshop
November 14, 2011The NRG will be hosting an XNAT Workshop the week of June 25, 2012 in St. Louis. We’re still working … [More]
New article published in Frontiers in Neuroinformatics
June 27, 2011Frontiers in Neuroinformatics just announced the publication of a new article, written by Dan Marcus and Tim Olsen of the … [More]
DICOM Browser desktop installers now available (Updated)
June 8, 2011Installing the latest version of DICOM Browser (1.5.0b4) locally on your desktop is now a shockingly easy process, thanks to … [More]
CNDA New User Open House on June 15th
May 27, 2011The CNDA Help Desk Team would like to announce the first CNDA New User Open House sponsored by the Neuroimaging … [More]
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JOBS
Updated: UI / Interaction Design (IxD) position available
We are seeking a front-end web developer who is both detail-oriented and passionate about bringing a great user experience to the web. We are embarking on a complete rewrite of...[More]
Programmer Analyst (XNAT)
Engineer image processing streams to assist in analysis of neuroimaging data, integrating existing methods and developing new methods as needed.
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Postdoctoral Fellow
As part of an established multi-center NIH-funded neuro-oncology clinical research program, develop and validate MRI and PET imaging markers for malignant brain tumors.
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