EOS™ – Immediate Occlusion

Immediate, Complete and Permanent occlusion, only with the EOS™ Plug. 

Simple & fast:

  • Reduces procedure time
  • Less radiation exposure to patient and staff
  • Minimal or no artefacts at follow-up MRI and CT imaging
  • Precise placement and deployment

TESTIMONIALS

Dr. Nicola Cionfoli, interventional radiologist, San Matteo Hospital, Pavia, Italy:

EOS vascular plugs are safe and effective. In the present series target vessel occlusion has been quick and durable, allegedly faster than using other devices. Thrombosis induced with coils is generally not immediate and a large number of devices may be required to achieve complete obliteration. Appropriate vessel sizing is mandatory. Minimal plug related artefacts allow diagnostic accuracy at follow-up imaging (CT/MRI).”

 

Dr. Gregg Deib, Division of Interventional Neuroradiology, The Johns Hopkins Hospital, Baltimore, Maryland, USA:

“A total of 17 EOS plugs were safely and reliably deployed in 2 patients with complex AVMs with multiple arterial feeders, resulting in each instance in immediate occlusion without distal migration.”

“Embolization with commonly used materials, such as coils or particles, generally fails to offer immediate occlusion and can necessitate a large number of devices, resulting in prolonged procedures with high radiation exposure and financial burden.”

 

Dr. Krzysztof Pyra, interventional radiologist, Medical University, Lublin, Poland:

“The use of ArtVentive EOS for occlusion of the ovarian veins in PCS patients is safe and effective. All the occlusion devices were implanted as planned with good deployment control and possible correction of its initial position. During the 6-month observation, reduction of pelvic pain after ovarian veins embolization was substantial—from 7.27 to 1.64 according to VAS.”

 

Dr. Ayleen The, interventional radiologist, Erasmus University Medical Center, Rotterdam, the Netherlands:

 “We successfully applied the ArtVentive EOS in various vessel trajectories. The main features of the device are its ability toimmediate and reliably occlude the target vessels.These features might potentially save operation time, number of devices used for a single procedure and therefore reduce radiation exposure and use of contrast agent.”