EKOS' family of ultrasonic devices gently accelerate the penetration of thrombolytic agents into thrombus, providing high levels of lysis performance and safety in a fraction of the time required by standard catheter-directed thrombolysis.
Clinical Benefits - A Preferred Alternative To Current Therapies
EKOS ultrasonic accelerated thrombolysis offers significant benefits over previously used methods of treatment for thrombus. Unlike systemic anticoagulation therapy, it actually dissolves clots, which most likely reduces the risk of post-thrombotic syndrome. Like catheter-directed thrombolysis, the simple EKOS endovascular device can be placed across the occlusive lesion in minutes, minimising cath lab time. In addition, EKOS offers significant additional clinical advantages including:
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Technology - How EKOS Ultrasound Accelerated Thrombolysis Unlocks The Clot
Without Ultrasonic Energy When a clot forms, plasminogen receptor sites are embedded deep within the fibrin. For the clot to be dissolved, lytic agents must access the receptor sites. The tightly wound fibrin strands inhibit the drug from penetrating, limiting access to receptor sites on the interior of the clot. |
With Ultrasonic Energy The EKOS endovascular device is placed directly into the thrombus, where the micro-transducers transmit high frequency, low power sound waves. The unique EKOS ultrasound waveform causes the fibrin strands to thin, exposing plasminogen receptors. This makes the thrombus more permeable and allows the lytic to penetrate deeper. |
With Ultrasonic Energy And Thrombolytic The Intelligent Drug Delivery Catheter™ delivers the thrombolytic, while the non-cavitational pressure waves created by th ultrasound force the drug deep into the clot. This limits the amount of lytic that escapes downstream. |