TS-005569 — This novel cerebral shunt device is designed to treat hydrocephalus using an improved continuous drainage of cerebrospinal fluid and preventing blockages. Constructed from flexible, biocompatible materials, the design includes features for aspiration, anchoring, and modular valve control to enhance reliability and safety. This device is able to reverse flow or apply pressure to clear obstructions using an inner and outer tube system with a built-in pump unit.

TS-005535 — This new method for treating brain aneurysms addresses the complications from clipping and coiling approaches by offering a minimally invasive, implantable device. Clipping carries risks of infection, brain injury, stroke, seizures, rebleeding, and cognitive changes. Coiling has risks of catheter complications, coil migration, thrombosis, aneurysm regrowth, stroke,and rupture during the procedure. Decisions between these two treatments depend on the aneurysm’s characteristics and the patient's health. This new method bipasses both of these possible risks.

TS-004619 — A medical device to assess tissue stiffness in the brain, particularly in epileptogenic brain tissue.

TS-004601 — A medical device used to detect a leak in an ostomy pouch and alert the user of the leak. This device would be implantable/ attached to the ostomy pouch and detect leaks via the presence of oxygen. Upon detection of the leak, the device would emit an alarm, or notify the user through their mobile phone such that they can replace the pouch in a timely manner.