Xemed
Pre-clinicalThis study took advantage of the high polarization of MagniXene® to explore the dynamics of xenon uptake into the lung parenchyma and blood in rabbits. The Chemical Shift of xenon allows for distinguishing NMR frequencies between gas phase (GP) and dissolved phase (DP) and separating their MRI images. Dr. Kai Ruppert and his colleagues explored the time evolution of the gas-exchange in rabbit lungs, in healthy subjects and a lung disease model.
About
This study took advantage of the high polarization of MagniXene® to explore the dynamics of xenon uptake into the lung parenchyma and blood in rabbits. The Chemical Shift of xenon allows for distinguishing NMR frequencies between gas phase (GP) and dissolved phase (DP) and separating their MRI images. Dr. Kai Ruppert and his colleagues explored the time evolution of the gas-exchange in rabbit lungs, in healthy subjects and a lung disease model.
Company Info
Contact
Claim your profile to update information, add pipeline data, and connect with investors.
Claim profile