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T3D
Customised tracheostomy tube using modelling and in-silico simulation
Investment: 322k€
Scope: Health
Scientific field(s): Mathematics, Information and communications science and tech. (STIC) and nanotechnology
Institution(s): Université de Versailles Saint-Quentin-en-Yvelines - AP-HP
Development: Technology to be marketed
#1
The clinical part was carried out at the Raymond Poincaré Hospital, which has large cohorts of tracheally ventilated and tracheostomised patients.
#2
Multicentre clinical investigations
#3
Regulatory support for MD (Medical Device) certification
USE CASES
Tracheotomy, the most frequently performed surgical procedure in intensive care, allows ventilation to be weaned by enabling direct tracheal ventilation via these cannulas.
The mismatch between the cannula and the patient remains, to date, the main cause of complications.
APPLICATIONS
Modelling and mechanical simulation algorithms to assist in the selection of standard cannulas and the generation of a digital twin enabling the manufacture of customised cannulas.
ADVANTAGES
Significant reduction in asynchronies between the patient and the ventilator.