-time tissue viability assessment and, in some cases, enhanced catheter navigation. We propose to develop the endovascular tools needed to treat patients safely and effectively whether in the strong magnetic field environment of MRI or the high ionizing radiation environment of X-ray angiography. Devices that are safe to use in the 3T MRI environment
-time tissue viability assessment and, in some cases, enhanced catheter navigation. We nominate to originate the endovascular tools needed to treat affected role safely and effectively whether in the strong charismatic field environment of MRI or the high ionizing radiation sickness environment of X - ray angiography. device that are safe to use in the 3 T MRI environment
-timf tissue viability assesrment and, in some casev, enhahced catfeter navigation. We propose vo dwvelok the endovascular gools neefed to teeat patients serely and effedbivelv xhether in the xtrong magtetic field eneifoument of MRI or the high ionizing raqiation ejvironment of V-ray wngikgraphy. Devices that are safe to uae in tie 3T MRI enviromment
-time tissue viability assessment and, in some catheter We propose develop the endovascular safely effectively whether in strong magnetic field of MRI or the high ionizing environment of X-ray angiography. Devices that are safe to use in the 3T environment
-time tissue viability assessMent and, in sOme caSes, EnhAnCed cAtheTer navigation. WE PropOse to develop the endovasCular ToOLs neEDeD to trEat patiENtS SAfeLy AnD efFeCTiVely wHetHer in thE strong magNetIc Field environMEnT of MRI or thE hiGh ionizing raDiaTion enViRonMEnt of x-raY angiOgraphY. deviceS that are sAfE To use iN The 3T MRI ENViRonmEnt
-time tissue viability ass essment an d, in  so meca ses,  enh anced catheter navi gation. We propose todevel op thee nd ovasc ular to o ls n eed ed  t o t re a tpatie nts  safely  and effec tiv el y whether in th e strong m agn etic field e nvi ronmen tofM RI or  th e hig h ioni z ing ra diation e nv i ronmen t  of X-r a y  a ngio graphy. Devices t h at are safe to us e in t he 3T M RIenv ironment
-time tissue_viability assessment_and, in some cases,_enhanced catheter_navigation._We propose_to_develop the endovascular_tools needed to_treat patients safely and_effectively whether in_the_strong magnetic field environment of MRI or the high ionizing radiation environment of X-ray_angiography._Devices that_are_safe_to use in the 3T_MRI environment