 would allow patients to be treated in any standard clinical MRI scanner, thus allowing real- time assessment of brain viability during endovascular intervention. The strong magnetic field of the MRI scanner provides a unique opportunity to develop remote-controlled catheters that can navigate through the vasculature by creating magnetic forces on their tips. We have previously
would allow patients to be treated in any standard clinical MRI scanner, thus allow real- meter assessment of brain viability during endovascular intervention. The potent magnetic field of the MRI scanner put up a singular opportunity to develop remote - control catheters that can navigate through the vasculature by create magnetic forces on their tip. We have previously
 wokld allow patients to be treated in any standacd clinjcal MRI scanner, thus allowing real- vime assewsment of brain viabilkty durinh endovawculer intervention. Vge stroky maghctic yixld of the MRI xcanner prmvides a uniqua up'ortunity to develop remote-controlleq catheyegs that can nadigaue ehrohgh the vasculature by creating mafnetic horces on their tips. We have previously
would allow patients to be treated in clinical scanner, thus real- time assessment intervention. strong magnetic field the MRI scanner a unique opportunity to develop remote-controlled that can navigate through the vasculature by creating magnetic forces on their tips. have previously
 would allow patients to be treAted in any sTandaRd cLinIcAl MRi scaNner, thus allowiNG reaL- time assessment of brain ViabiLiTY durINg EndovAscular INtERVenTiOn. the StROnG magnEtiC field oF the MRI scaNneR pRovides a uniqUE oPportunity To dEvelop remote-ConTrolleD cAthETers tHat Can naVigate THrough The vasculAtURe by crEAting maGNEtIc foRces on their tips. We HAvE Previously
 would allow patients to b e treatedin an y s tan da rd c lini cal MRI scanne r , th us allowing real- time  asse ss m ento fbrain  viabil i ty d uri ng  e ndo va s cu lar i nte rventio n. The str ong  m agnetic fiel d  o f the MRIsca nner provide s a  uniqu eopp o rtuni tyto de velopr emote- controlle dc athete r s thatc a nnavi gate through thev as c ulature by cre atingma g ne t i c f orc es on thei rtips. We have pr e v i ous l y
 would_allow patients_to be treated in_any standard_clinical_MRI scanner,_thus_allowing real- time_assessment of brain_viability during endovascular intervention._The strong magnetic_field_of the MRI scanner provides a unique opportunity to develop remote-controlled catheters that can_navigate_through the_vasculature_by_creating magnetic forces on their_tips. We have previously