Avinger has incorporated additional design improvements into the US limited launch version of the technology, which is anticipated to be introduced into the European market later this year.
Image: The device features a 140 cm catheter length and a smaller six French (6F) profile. Photo: Courtesy of hywards at FreeDigitalPhotos.net.
Avinger, a commercial-stage medical device company marketing the first and only intravascular image-guided, catheter-based system for diagnosis and treatment of Peripheral Artery Disease (PAD), today announced that physicians in four U.S. sites have successfully treated several patients with the Pantheris SV (Small Vessel) image-guided atherectomy system.
These initial cases are part of a limited launch at up to 13 leading clinical centers prior to expanding commercial distribution to additional treatment facilities in the U.S.
Pantheris SV, a product line extension of Avinger’s onboard image-guided atherectomy platform, expands Avinger’s portfolio of atherectomy devices for the treatment of PAD and increases the number of addressable procedures for the Company’s Lumivascular technology by allowing physicians to target more distal regions of the vasculature in small diameter vessels.
The device features a 140 cm catheter length and a smaller six French (6F) profile, and incorporates key improvements introduced to the platform with the next generation Pantheris catheter in May 2018. Pantheris SV received CE Marking in October 2018 and the first several patients were treated with the device in Germany since that time.
The Company has incorporated additional design improvements into the U.S. limited launch version of the technology, which is anticipated to be introduced into the European market later this year.
Dr. Edward Pavillard, a vascular surgeon at PA Vascular Institute in King of Prussia, Pennsylvania performed the first Pantheris SV case in the United States. As part of his practice, Dr. Pavillard treats a high volume of patients with small vessel peripheral artery disease, which often involve very complicated interventions. Commenting on his first case, Dr. Pavillard noted, “Pantheris SV’s onboard image-guidance highlighted the eccentric nature of the disease and allowed me to target just the removal of the plaque, while leaving minimal residual stenosis without adjunctive therapy. This technology is the only atherectomy device that I would feel safe using in this type of disease, and having a live image was key to the success of the procedure. The patient had brisk blood flow post-intervention, zero complications in a critical area of the vasculature, and the whole procedure was completed without the use of contrast and with minimal fluoroscopy time.”
“The positive outcomes that interventionalists were able to achieve in these initial cases using Pantheris SV highlight the potential for this technology,” commented Jeff Soinski, Avinger’s President and CEO. “With fewer durable treatment options for small vessel disease available to physicians, we believe that Pantheris SV addresses an unmet clinical need by offering a unique combination of luminal gain and safety. We continue to see positive momentum with our image-guided atherectomy platform and believe that Pantheris SV could increase our available market for these procedures by as much as 50%, while driving adoption through our current commercial infrastructure and customer base.”
Atherectomy is a minimally invasive treatment for PAD in which a catheter-based device is used to remove plaque from a blood vessel. Lumivascular technology allows physicians, for the first time ever, to see inside the artery during an atherectomy procedure by using an imaging modality called optical coherence tomography, or OCT, that is displayed on Avinger’s proprietary Lightbox console. Physicians performing atherectomy with other devices must rely solely on X-ray images as well as tactile feedback to guide their interventions while treating complicated arterial disease. With the Lumivascular approach, physicians can more accurately navigate their devices and treat PAD lesions, due to the real-time OCT images generated from inside the artery, without exposing healthcare workers and patients to the negative effects of ionizing radiation.
Source: Company Press Release.