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PAMINA is a web-based hardware and software platform, specifically designed to provide a comprehensive set of IT tools to integrate NMR (even remote) equipment for neuroimagines with an intelligent repository, with the aim of providing a flexible tool for managing , recovery, visualization, consolidation and processing of data. The system is intended for the field of clinical research on functional neuroimaging (from acquisition to final processing), but can also be used in the clinical and diagnostic field facilitating the cooperation and transmission of knowledge between basic researchers, clinical researchers and medical health personnel.
Fabio Mangini received Bachelor's degree in Clinical Engineering in 2005 and the Master degree in Biomedical Engineer from "La Sapienza" University of Rome, Italy in 2008. He received the Ph.D. in Electromagnetism Applied from the Department of Information Engineering, Electronics and Telecommunications, in the same University in 2014. Since 2009 to 2015, he worked with the Laboratory of Electromagnetic Fields II of “La Sapienza University of Rome”. The main research topic were; development a spectral-domain method to study the electromagnetic scattering by a buried sphere in a lossy or lossless medium; development of some numerical model to study the electromagnetic response from buried object; development of model in quasi-static approximation in order to study the electromagnetic response by spherical objects.
Marta Moraschi received a Degree in Physics in the field of Physics of Biosystem, and a MSc in Medical Physics from The Specialisation School of the Sapienza Univesity of Rome. She currently works for the Enrico Fermi Center. Her research interests include human brain function, structure and organization in both physiological and pathological conditions (parkinson Disease, Alzheimer Disease, Down Syndrome and other neurodegenerative disorders). Her experimental activity is mainly focus on the study of cerebral activity and fluctuation of cerebral Resting State (Resting State MRI), by means of Magnetic Resonance Imaging techniques. She worked and currently works on the study of cerebral structure, mainly in patological conditions. Moreover, she is interested in several technical aspects of MRI, such as optimization of data acquisition and processing. In recent last years, She worked for Sant'Andrea Hospistal of Rome, as a mediacal Physicist in the Unit of Medical Physics and the Unit of Radiotherapy where she has dealt with the planning of external radiation therapies. She also contributed to the planning and actualization of the scientific activity of the Unit of Neuroradiology.
