RESUMEN
AIM: Feasibility and reliability assessment of the integrated Tele-Radiological (TRE) and Tele-Pathological (TPE) evaluation of the Pulmonary Graft (PG) on Telemedicine Systems, in Lung Transplant (LT). MATERIAL AND METHODS: Sensitivity-specificity by simulating TRE of PG on 15 MR thoracic images by two radiologists and TPE by 20 specialists based on a total of 100 human PG digital images. RESULTS: Integration of TRE and TPE of PG showed an accuracy of 94.1% for hematomas and 97.1% for neoplastic identification. CONCLUSION: Integrated TRE and TPE of PG is feasible and reliable for reducing the rate of injured and diseased PG in LT.
Asunto(s)
Prestación Integrada de Atención de Salud/organización & administración , Rechazo de Injerto/prevención & control , Trasplante de Pulmón/métodos , Telepatología/organización & administración , Telerradiología/organización & administración , Recolección de Tejidos y Órganos/métodos , Prestación Integrada de Atención de Salud/métodos , Rechazo de Injerto/diagnóstico por imagen , Rechazo de Injerto/etiología , Grecia , Trasplante de Pulmón/efectos adversos , Integración de Sistemas , Recolección de Tejidos y Órganos/efectos adversosRESUMEN
UNLABELLED: Aim. Feasibility and reliability of the integrated Tele-Radiological (TRE) and Tele-Pathological (TPE) evaluation of the Cardiac Graft (CG) on Telemedicine Systems. MATERIAL AND METHODS: Sensitivity-specificity analysis by a simulation of TRE of CG on 15 MR thoracic images by two radiologists and of TPE by 20 specialists based on total 100 human CG digital images, assessing injuries/trauma and lesions. RESULTS: Integration of TRE and TPE of CG for remote diagnosis showed an accuracy for: injuries/trauma/hematoma=90.9-100%, and non-neoplastic lesions=94.3%. CONCLUSION: Integration of TRE and TPE of CG is feasible and reliable for Heart Pre-Grafting and Pre-Transplant decision support and planning.
