A new degree of freedom for treating vasculature
Utilizing an active Implant for a super-selective vascular closure
LuSeed provides the interventional vascular world with a game changing approach to short and long-term vascular closure. LuSeed’s technology introduces a proprietary tissue enhancing method designed for controlled vascular remodeling & robust tissue growth.
This first-in-category platform technology positions LuSeed as a potential first mover, in markets involving high demand for safe and precise vascular remodeling tool
The first indication that LuSeed tackles is Cerebral aneurysms, which is a leading cause for haemorrhagic stroke, and is prevalent in 10-15 million Americans.
Aneurysm Ruptures, which are evident in 30% of all cases, may cause a cerebral haemorrhage with 50% survival rate. Current endovascular treatments for Wide Neck Aneurysms, which comprise 40% of all cases and are most difficult to treat, do not present a balanced safety and efficacy profile.
LuSeed provides the interventional vascular world with a game changing approach to short and long-term vascular closure. LuSeed’s technology introduces a proprietary tissue enhancing method designed for controlled vascular remodeling & robust tissue growth.
This first-in-category platform technology positions LuSeed as a potential first mover, in markets involving high demand for safe and precise vascular remodeling tool
The first indication that LuSeed tackles is Cerebral aneurysms.
Up to 30 different size options
Release mechanism disturbs flow in the parent artery & causing thrombi
High sensitivity to catheter tip location
non-complete occlusion
Retreatment rate
For com-complete occlusion cases
A Nitinol braided mesh implant containing a composite core wire for visualization
Emitting local electromagnituc waves specifically at the aneurysmal volume
Acute treatment by immediate flow disruption & intensified thrombus Creation. Partition of aneurysm from parent blood vessel
Long term efficacy by enhancement of neo-intimal growth across mesh at neck and mature thrombosis inside the aneurysm
Mechanical & Biomedical R&D Engineer
(M.E, Technion)
Vast experience in percutaneous medical devices design with a deep knowledge of long-term vascular implants.
Highly experienced in strategy building & project management.
Mechanical & Biomedical R&D Engineer
(M.E, Technion)
Extensive experience in multidisciplinary medical device systems design, development and management.
Deep knowledge in physical and physiological processes and analysis.