Lab interestsNeurobiology: Application of fMRI methods to address neurobiological mechanisms underlying sensory information processing and plasticity in the human cerebral cortex. The primary interest is in understanding how the visual system uses multiple cortical areas to process a visual scene.
Clinical fMRI: These studies also involve research aimed at technical improvements in fMRI methodology to increase sensitivity and resolution, using real-time processing methods to carefully control and monitor subjects' stimuli and responses, and to perform fMRI statistical image analysis on-line in real-time.
Clinical fMRI sample Video
fMRI as a Quantitative Imaging Biomarker: We are actively involved in how to improve the quantitative reproducibility of fMRI in order to make it a more robust imaging tool. This is part of an international collaborative effort of the Quantitative Imaging Biomarker Alliance (QIBA) sponsored by the Radiological Society of North America (RSNA). Our efforts focus on identifying and reducing sources of variance in fMRI mapping by establishing practical quantitative quality control criteria and developing image analysis procedures that emphasize brain activity levels rather than MRI noise signal fluctuations.
Lab linksfMRI clinical review site -- Clinical fMRI near-real-time results
WebfScan -- Web version of fScan image analysis program (with tutorial)
Ratings -- Image rating website
JV Software Wiki -- JVS software documentation
Public -- PDFs, Powerpoints of talks, software, etc
Downloads -- Downloadable software
Lab Docs -- Private lab docs
Starting researchGetting started at BIAC -- General information, including:
* BIAC accounts -- Request BIAC computer accounts
* BIAC MRI safety information -- View safety video and take quiz
CITI Training Link -- Register to create an account, then do training
DHRT Training Link -- Login with NETID --
Duke Safety Training Link -- Click 'Training & Reports', then 'Online Training', then login with NETID