Radiotherapy solutions company CIVCO Radiotherapy and POLL Medical on Thursday jointly announced the receipt of US Food and Drug Administration (FDA) 510(k) clearance to market GrayDuck Stents.
The new product provides custom oral positioning with repeatable tongue deviation during radiotherapy.
GrayDuck Stents are designed to improve patient treatment and outcomes by sparing the tongue, taste buds and salivary glands from unnecessary dose. The stent can position the tongue in one of several positions: laterally (left or right), depressing (downward) or a combination thereof.
According to the company's director John Steffen, the ability to offer a custom device that can be formed in less than 15 minutes is very meaningful for the patient and clinical workflow, while still providing high quality positioning necessary for treatment.
GrayDuck stents were issued the US Patent 9,504,537 with additional patents pending worldwide. The stents are available in Europe with CE Mark and now in the US with FDA 510(k) clearance.
Saluda Medical secures CE certification for EVA Sensing Technology in Europe
Antin to acquire clinical trial equipment provider Emsere
Hyphens Pharma licenses Cerapro skin cream to Louis Widmer for six European markets
Profusa signs French distributor to expand Lumee Oxygen rollout in Europe
Sensiva Health names new chief operating officer
BrioHealth Solutions enrols 100th participant in BrioVAD System trial
Abbott's Amplatzer Piccolo Delivery System receives US FDA clearance and CE Mark
Amphix Bio announces initial closing of USD12.5m seed financing round
Bioretec wins FDA breakthrough status for biodegradable orthopaedic DrillPin
Amferia raises EUR3.5m to advance antimicrobial wound-care platform
BioCryst wins FDA approval for oral HAE prophylaxis in young children
ALR Technologies announces GluCurve Pet CGM relaunch in Canada
Galderma secures EU MDR certification for Sculptra, expanding use to multiple body areas
Clinical Laserthermia Systems applies for CE marking of ClearPoint Prism neuro laser system