Signal abnormalities on 1.5 and 3 Tesla brain MRI in multiple sclerosis patients and healthy controls. A morphological and spatial quantitative comparison study. - Carol Di Perri; Michael G. Dwyer; David S. Wack; Jennifer L. Cox; Komal Hashmi; Erik Saluste; Sara Hussein; Claudiu V. Schirda; Milena Stosic; Jacqueline Durfee; Guy U. Poloni; Navdeep Nayyar; et al. (NeuroImage, 2009)

Improved assessment of multiple sclerosis lesion segmentation agreement via detection and outline error estimates. - David S. Wack; Michael G. Dwyer; Niels Bergsland; Carol Di Perri; Laura Ranza; Sara Hussein; Deepa Ramasamy; Guy U. Poloni; Robert Zivadinov (BMC Medical Imaging, 2012)

Improved operator agreement and efficiency using the minimum area contour change method for delineation of hyperintense multiple sclerosis lesions on FLAIR MRI. - David S. Wack; Michael G. Dwyer; Niels Bergsland; Deepa Ramasamy; Carol Di Perri; Laura Ranza; Sara Hussein; Christopher R. Magnano; Kevin Seals; Robert Zivadinov (BMC Medical Imaging, 2013)

Multivariate Functional Network Connectivity for Disorders of Consciousness. - Jorge Rudas; Darwin Martínez; Athena Demertzi; Carol Di Perri; Lizette Heine; Luaba Tshibanda; Andrea Soddu; Steven Laureys; Francisco Gómez 002 (CIARP, 2016)

Mapping the functional connectome traits of levels of consciousness. - Enrico Amico; Daniele Marinazzo; Carol Di Perri; Lizette Heine; Jitka Annen; Charlotte Martial; Mario Dzemidzic; Muriëlle Kirsch; Vincent Bonhomme; Steven Laureys; Joaquín Goñi (NeuroImage, 2017)

Segmentation of white matter hyperintensities using convolutional neural networks with global spatial information in routine clinical brain MRI with none or mild vascular pathology. - Muhammad Febrian Rachmadi; Maria del C. Valdés Hernández; Maria Leonora Fatimah Agan; Carol Di Perri; Taku Komura (Comput. Medical Imaging Graph., 2018)

Modulation of the spontaneous hemodynamic response function across levels of consciousness. - Guo-Rong Wu 003; Carol Di Perri; Vanessa Charland-Verville; Charlotte Martial; Manon Carrière; Audrey Vanhaudenhuyse; Steven Laureys; Daniele Marinazzo (NeuroImage, 2019)