First and only core lab adjudicated, long term study exclusively enrolling heavily calcified lesions1
Multi-center study prospectively enrolling heavily calcified, stenotic, femoropopliteal arteries. Initial experience using novel Intravascular Lithotripsy (IVL) to treat problematic calcified lesions. Designed to assess the safety and performance of IVL as stand-alone treatment among 8 centers in Europe and New Zealand in 2015.
DISRUPT PAD II
By The Numbers
60
Patients with HEAVILY CALCIFIED femoral-popliteal lesions
85%
SEVERE calcification by PARC1
98mm
Average calcified length
Compelling Safety & Performance
in Severely Calcified Lesions*
0%
Perforations
Embolization
Thrombus
No reflow
Abrupt closure
1.7%
Dissection (D/E/F)*
Provisional stenting
*Guidewire induced through recanalization of a CTO
24%
Residual stenosis with average acute gain of 3.0-mm
Average balloon inflation pressure of 6 atm after IVL therapy
100%
Procedural success
Low use of adjunctive tools
79%
Freedom from clinically driven revascularization at 1-year
With simple revascularization procedures
*Core Lab and CEC Adjudicated
Patients who were treated with optimal technique had less than 9% CD-TLR at 12-months*
15%
improved primary patency and rate of CD-TLR with optimal technique
Balloon sizing and therapeutic overlap enables optimal energy delivery to calcified lesions.
Optimal
Undersized
Oversize Device10%vs. RVD to Facilitate Energy Transfer
Full Therapeutic Coverage
Therapeutic Miss
Overlap Segments
1cmto Avoid Therapeutic Miss
1. Brodmann M et al, Primary outcomes and mechanism of action of intravascular lithotripsy in calcified, femoropopliteal lesions: Results of Disrupt PAD II, Catheter Cardiovasc Interv. 2018