Description of ovine model for testing ventilator prototypes in the COVID-19 pandemic.

Autors de IIS La Fe
Autors aliens a IIS La Fe
- Viscasillas J
- Gutierrez-Bautista A
- Casañ Pallardó M
- Redondo JI
Grups d'Investigació
Abstract
The COVID-19 pandemic has revealed a ventilator deficit in the global health system for this scenario. For this reason, several national and international projects have been developed to get done prototypes of ventilators which could be easy and fast to manufacture. One of the requirements of the AEMPS for conducting clinical studies with new prototypes is through the validation of these new prototypes in an animal model. Therefore, it is important to achieve an animal model which allows us to easily reproduce different clinical scenarios. In this article, we describe the use of a sheep as a research model to assess a prototype ventilator. The animal was anesthetized for 10?h in which the prototype was tested in up to 6 different scenarios. This model is effective and easy to reproduce, making it an excellent choice for this kind of research.
Dades de la publicació
- ISSN/ISSNe:
- 2341-1929, 2341-1929
- Tipus:
- Case Reports
- Pàgines:
- 592-596
- PubMed:
- 34802971
Revista Espanola De Anestesiologia Y Reanimacion
Documents
- No hi ha documents
Filiacions
Keywords
- *Acute respiratory distress syndrome; *Experiment; *Experimento; *Oveja; *Sheep; *Síndrome de distrés respiratorio agudo; *Ventilador; *Ventilator
Projectes associats
INDIVIDUALIZED PERIOPERATIVE HEMODYNAMIC GOAL-DIRECTED THERAPY IN MAJOR ABDOMINAL SURGERY (IPEGASUS-TRIAL).
Investigador Principal: ÓSCAR DÍAZ CAMBRONERO
IPEGASUS . 2017
ESTUDIO PROSPECTIVO, ALEATORIZADO, DOBLE-CIEGO, INTERNACIONAL Y MULTICÉNTRICO SOBRE LA SEGURIDAD Y LA EFICACIA DE LA SOLUCIÓN 6% HIDROXIETIL ALMIDÓN (HYDROXYETHYL STARCH) (HES) COMPARADA CON UNA SOLUCIÓN ELECTROLÍTICA EN PACIENTES SOMETIDOS A CIRUGÍA ABDOMINAL: ESTUDIO PHOENICS.
Investigador Principal: ÓSCAR DÍAZ CAMBRONERO
HC-G-H-1504 (PHOENICS) . 2018
VALIDACIÓN CLÍNICA DE UN RESPIRADOR DE TURBINA DE PRESIÓN BI-NIVEL PARA VENTILACIÓN MECÁNICA.
Investigador Principal: JOSÉ MIGUEL ALONSO IÑIGO
ACUTE19 . 2020