Cerulean Scientific
Medical device company developing implantable and indwelling devices designed to resist clogging, obstruction, and biofouling. Works with academic partners, publishes in peer-reviewed journals, and is pursuing regulatory clearance and commercialization of neurosurgical and vascular access devices using an omniphobic surface engineering approach.
Industries
N/A
Products
Ventricular catheters and external ventricular drains
Implantable neurosurgical drainage devices engineered with anti-fouling surface treatments to reduce occlusion and cellular attachment.
Hemodialysis catheters and vascular grafts
Vascular access devices treated with anti-biofouling surface engineering to improve patency and reduce fibrin sheath formation in preclinical testing.
Ventricular catheters and external ventricular drains
Implantable neurosurgical drainage devices engineered with anti-fouling surface treatments to reduce occlusion and cellular attachment.
Hemodialysis catheters and vascular grafts
Vascular access devices treated with anti-biofouling surface engineering to improve patency and reduce fibrin sheath formation in preclinical testing.
Services
Collaborative R&D with academic and clinical partners
Partnership-based research and development to translate surface engineering concepts into implantable devices through joint studies and preclinical testing.
Grant-funded program management
Administration and execution of externally funded research programs supporting device development and regulatory advancement.
Collaborative R&D with academic and clinical partners
Partnership-based research and development to translate surface engineering concepts into implantable devices through joint studies and preclinical testing.
Grant-funded program management
Administration and execution of externally funded research programs supporting device development and regulatory advancement.
Expertise Areas
- Anti-biofouling surface engineering
- Implantable catheter and graft design
- Preclinical in vivo device testing
- Translational research and academic partnerships
Key Technologies
- Omniphobic surface coatings
- Biofouling-resistant surface engineering
- Implantable catheter and graft design
- Preclinical animal models