@DrTehan @a_saratzis @AlanLumsdenMD @monteromiguel @DeBakeyCVedu @ShockwaveIVL Next: plaque morphology influence crossing device performance. Interestingly, RF ablation wires can cross calcified vessels if its speckled within a collagen matrix, but not sol
More great work from @trisharoymd & colleagues - Performance Assessment of a Radiofrequency Powered Guidewire for Crossing Peripheral Arterial Occlusions Based on Lesion Morphology. - PubMed - NCBI https://t.co/E3oMOD2CXW
RT @trisharoymd: Our @FedDevOntario collaboration w @BaylisMedical is published! https://t.co/ENU68K7ivC. MRI PAD plaque characteristics gi…
RT @trisharoymd: Our @FedDevOntario collaboration w @BaylisMedical is published! https://t.co/ENU68K7ivC. MRI PAD plaque characteristics gi…
RT @DrAGonzMD: Great infographic on tx device selection in PAD!! https://t.co/o1dtzM8YeJ
The future. Great work @trisharoymd ! https://t.co/NXqA9rKC9W
RT @CUVascularSurg: Great work, this is top notch! said it before and i will say it again, future of vascular is in imaging! ground breakin…
Great work, this is top notch! said it before and i will say it again, future of vascular is in imaging! ground breaking work for whats to come in the future. https://t.co/NlDblzqX03
RT @trisharoymd: Our @FedDevOntario collaboration w @BaylisMedical is published! https://t.co/ENU68K7ivC. MRI PAD plaque characteristics gi…
Great infographic on tx device selection in PAD!! https://t.co/o1dtzM8YeJ
Great work @trisharoymd ! https://t.co/EPfwnzpBeH
Our @FedDevOntario collaboration w @BaylisMedical is published! https://t.co/ENU68K7ivC. MRI PAD plaque characteristics give insight into the pathophys of disease and can drive rational device selection for improved endo outcomes! https://t.co/UUKbaoZWCx