Italiano
CO2 laser systems enable highly controlled smart tissue managment for treating delicate anatomy and preservation of healthy tissue. It is most used for endoscopic transoral microsurgery of the pharynx and larynx because allows precision and efficiency. Due to the delicacy and minimally invasive operative method, CO2 lasers are increasingly becoming a first line treatment of early stage airway cancers, especially in the larynx. Studies have demonstrated considerable cost savings and equivalent or better treatment outcomes for transoral laser resection of laryngeal tumors in comparison to radiation.
Fonte di Finanziamento:
Media o grande attrezzatura acquisita/cofinanziata con fondi di Ateneo
anno del bando:
2020
anno di collaudo:
2021
Nome e acronimo del laboratorio o locale che ospita l'attrezzatura:
Edificio PL21, Otorinolaringoiatria, blocco operatorio
Department or host center:
Edificio:
PL021 - Clinica Otorino
Pagina web laboratorio/attrezzatura:
Contatti:
| cognome | nome | |
|---|---|---|
de Vincentiis | Marco |
Numero di utenti per anno:
250
Dipartimenti interessati:
Elenco Imprese utenti:
Elenco altri utenti:
Utilizzo per ricerca clinica:
Policlinico Umberto I
Ricavi - trasferimenti interni:
Anno:
2021
fatture emesse:
| data |
|---|
09/03/2021 |
spese manutenzione:
| anno |
|---|
2021 |
Description of research activity:
CO2 laser systems enable highly controlled smart tissue managment for treating delicate anatomy and preservation of healthy tissue. It is most used for endoscopic transoral microsurgery of the pharynx and larynx because allows precision and efficiency. Due to the delicacy and minimally invasive operative method, CO2 lasers are increasingly becoming a first line treatment of early stage airway cancers, especially in the larynx. Studies have demonstrated considerable cost savings and equivalent or better treatment outcomes for transoral laser resection of laryngeal tumors in comparison to radiation.
Description of educational/training activity:
Enabling residents to learn using CO2 laser technology
Responsabile dell'Attrezzatura:
marco.devincentiis@uniroma1.it
Settore ERC:
LS5_4
Ambiti tecnologici trasversali - Key Enabling Technologies:
Life-science technologies & biotechnologies
Keyword iris:
CO2laser
Stato dell'attrezzatura:
In funzione