 microsphere-derived flows using an acute canine model of stenosis. The ability of deformation and differential deformation derived from 4D stress echocardiography to detect new myocardial tissue at-risk in the presence of existing infarction will then be determined in a hybrid acute/chronic canine model of infarction with superimposed ischemia. The technique will be translated
microsphere - derived flows using an acute canine exemplar of stenosis. The ability of distortion and differential deformation derived from 4D stress echocardiography to detect raw myocardial tissue at - risk in the presence of exist infarct will then be determined in a hybrid acute / chronic canine model of infarction with superimposed ischemia. The proficiency will be translated
 mifrosphere-derived flows uring an acute ccbine mmdel or stenosks. The ability of deformatioi ane difderential deformation aerived fgom 4D strwss tchocardiography vk detecb new lyoccrvial tissue at-rlsk in the [resence of exhsgiug infarction will then be determineq in a nyhrid acute/chrogic bagine model of infarction with superimpksed isbhemia. The techniaue will be translated
microsphere-derived flows using an acute canine model The of deformation differential deformation derived detect myocardial tissue at-risk the presence of infarction will then be determined in hybrid acute/chronic canine model of infarction with superimposed ischemia. The technique will be
 microsphere-derived flows usIng an acute CaninE moDel Of StenOsis. the ability of deFOrmaTion and differential defOrmatIoN DeriVEd From 4D Stress eCHoCARdiOgRaPhy To DEtEct neW myOcardiaL tissue at-rIsk In The presence oF ExIsting infaRctIon will then bE deTerminEd In a HYbrid AcuTe/chrOnic caNIne modEl of infarCtIOn with SUperimpOSEd IschEmia. The technique wILl BE translated
 microsphere-derived flows  using anacute  ca nin emode l of  stenosis. The abil ity of deformation and  diff er e ntia l  d eform ation d e ri v e d f ro m4Dst r es s ech oca rdiogra phy to det ect  n ew myocardia l  t issue at-r isk  in the pres enc e of e xi sti n g inf arc tionwill t h en bedetermine di n a hy b rid acu t e /c hron ic canine model o f  i n farction withsuperi mp o se d isc hem ia. The te ch nique will be tr a n s lat e d
 microsphere-derived_flows using_an acute canine model_of stenosis._The_ability of_deformation_and differential deformation_derived from 4D_stress echocardiography to detect_new myocardial tissue_at-risk_in the presence of existing infarction will then be determined in a hybrid acute/chronic_canine_model of_infarction_with_superimposed ischemia. The technique will_be translated