in vivo Active Visualization of an Ablation Guidewire for the Revascularization of Occlusive Arterial Disease

Keywords

ability ablation active addition adequate advanced anatomical animal animals approximately around arterial artery assessed audience biophysics cable carotid catheters challenge characteristics clearances clinical coated coil coils compensate conductive copper core couples coupling created cross currently cylindrical degree depict depicted depicting developing development device devices diameter disease dual enable enables enabling encountered ends entry excitation existing floating formation frequency future give gradient guidance guided heating hollow hurdles identify improved in vivo inability incorporate infer inserted inside instruments investigating length lesion lesions limited localized location longitudinal loss magnetically making medical minimize model models modifications near neck need noted novel occluded occlusion occlusive orientation overall passed path percutaneous performance physical pigs placed position procedural projection proximal pursue received reconstructed reduction refocusing regulatory rendered represents researchers resonant respect sciences seated sectional slice soft specialized studies success surface suture swine target thereby tissue towards trap tying typically utilizes utilizing vascular vessel visible visualization visualize visualized wire wright yield