Transcript – Multiplexed Magnetic Resonance Imaging with Para-Hydrogen Induced Spin Polarization

Hi, everyone. In this project, we’re developing a method enabling fast magnetic resonance imaging through sensitivity, hensman by percussion, deuced polarization and multiply signal acquisition per induced polarization makes use of the inter parallel spin state of molecular hydrogen, which can be produced at low temperature hyperpolarization of a target compound, is achieved after reacting with hydrogen to yield a signal enhancement of orders of magnitude in the series of spectra at the lower life of this poster. To have a position is evidence in the observed interface signals, meaning that these signals are of both positive and negative signs. The upper part of the right panel shows the development of a low cost and portable apparatus that will be used for hydrogen induced polarization at the site of a magnetic resonance imaging scanner. Underneath that would demonstrate the acquisition of a fast magnetic resonance images with a sixty four channel receiver system at a rate of over a thousand frames per second in the future. To show our acquisition time will hopefully allow the measurement of signals from hyperpolarized to substrates before the decay of hyperpolarization, which can potentially be used to study metabolic processes.