Alberto Tannús

• Abstract

  The goal of this project is to develop a portable, remotely supportable, head-only MRI scanner to permit imaging brain function. Achieving this goal will require new magnet technology, new imaging physics, new RF spectrometer technology, and new gradients. A new 1.5 T, high temperature superconducting magnet will operate at liquid nitrogen temperature (77 K) to free the requirements for o…

  Development and implementation of magnetic resonance Imaging methods using spatio-temporal codification for application in a portable head-only MR system, AV.EXT

• Abstract

  The present proposal is intended to establish research collaboration and the exchange of researchers under the Scientific Cooperation Agreement between FAPESP, University of Nottingham and University of Birmingham. The Brazilian proponent group of researchers and collaborators are all part of the Main Research Centers from the network created under the ClnAPCe program from FAPESP while th…

  Magnetic resonance imaging and in vivo spectroscopy methods for neuroimaging and multimodal neurosciences studies, AP.R

• Abstract

  Proposal for hosting the center for animal model studies as a Main Research Center (MRC) of the Fapesp/CInAPCe program at the Instituto de Física de São Carlos - Universidade de São Paulo (IFSC-USP). The proponent group of researchers and collaborators will be responsible for the definition of requirements of this high field magnetic resonance animal system, its operation and the hardware…

  Magnetic resonance imaging and in vivo spectroscopy center for animal model studies, AP.CINAPCE.TEM

• Abstract

  To assist in designing new MRI methods we developed a generic framework (Python Magnetic Resonance - PyMR) and an integrated development environment with support PyMR called Torm IDE. In this research project, we propose the expansion of PyMR, which aims to configure and manage an MR system, and the adaptation of the TORM IDE, integrated development environment for designing of Magnetic R…

  Development of an IDE for magnetic resonance methods, BP.IC

• Abstract

  The objective of this project is the development of an application to observe the spatial distribution and temporal evolution of the magnetization of a spin system actuated by a RF magnetic field modulated in amplitude and in frequency or phase, some of them characterized as adiabatic pulses, and time dependent field gradients, to develop Magnetic Resonance Imaging and "in vivo" Spectrosc…

  Evolution and visualization of magnetization profiles stimulated with RF adiabatic pulses; integration with CIERMag digital spectrometer operation console, BP.IC

• Abstract

  In vivo Magnetic Resonance Spectroscopy (MRS) has a relatively high sensitivity in determining a wide range of tissue metabolites, chemical reaction rates, bioenergetics and its variations caused by stimulation or pathological disturbance in spatially selected regions in a living organ (for example, in a brain). However one of the major limitations of in vivo proton MRS is a measure of i…

  FDM as a tool for Time Resolved Magnetic Resonance Spectroscopy., BP.MS

(Only some records are available in English at this moment)