NIR Catheter

360-degree near-infrared light delivery inside vessels.

Close-up image of the near-infrared microcatheter emitting light within a blood vessel model.
Close-up image of the near-infrared microcatheter emitting light within a blood vessel model.
Stroke Support

Designed to protect brain tissue at risk by supporting mitochondrial health during interventions.

Illustration showing the microcatheter placed alongside traditional stroke treatment tools in the brain arteries.
Illustration showing the microcatheter placed alongside traditional stroke treatment tools in the brain arteries.
Tissue Preservation

Our technology aims to reduce cell loss during ischemic stroke, helping prevent long-term disabilities.

Gallery

Inside ntx neurotherapeutics' stroke-saving technology

Close-up of the sleek NIR microcatheter designed to deliver light therapy inside blood vessels.
Close-up of the sleek NIR microcatheter designed to deliver light therapy inside blood vessels.
Illustration showing the microcatheter emitting 360-degree near-infrared light within a brain artery.
Illustration showing the microcatheter emitting 360-degree near-infrared light within a brain artery.
Medical team preparing the microcatheter for use during a stroke intervention procedure.
Medical team preparing the microcatheter for use during a stroke intervention procedure.
Detailed view of brain tissue highlighting areas at risk during ischemic stroke.
Detailed view of brain tissue highlighting areas at risk during ischemic stroke.
Diagram explaining how near-infrared light supports mitochondrial function in compromised brain cells.
Diagram explaining how near-infrared light supports mitochondrial function in compromised brain cells.