OBJECTIVE: To evaluate the implementation of home telemonitoring and oxygen therapy in COVID-19 patients. Primary outcomes were safety, patient satisfaction, reduction of hospital stay, and cost-effectiveness. DESIGN: Retrospective cohort study. METHOD: All COVID-19 patients who were discharged with home telemonitoring and oxygen therapy between June 1st and November 1st 2020 were included. Eligible patients had a maximum oxygen requirement of 2 liters per minute during the 24 hours prior to discharge with a minimal peripheral oxygen saturation of 94%. A mobile application for telemonitoring was used, which patients or relatives had to be able to use independently. Patient demographics, clinical parameters, data on telemonitoring and readmissions were extracted from the electronic patient records. A survey for patient satisfaction and a cost-effectiveness analysis were performed. RESULTS: Out of 619 admissions, 49 patients were discharged with home telemonitoring and oxygen therapy. Median duration of home oxygen therapy was 11 days with a potential reduction in hospitalization of 616 days. Six patients were readmitted and were significantly more febrile on discharge (67% versus 14%, p=0.01) and had lower oxygenation (95%, (IQR 93-96) versus 96%, (IQR 95-97), p=0.02) with similar levels of oxygen administration. Patient satisfaction was high with a mean score of 5 to 6 on a scale measuring satisfaction from 1 to 7. Estimated total cost reduction was € 146.736. CONCLUSION: This study shows that home telemonitoring and oxygen administration can be safely applied in COVID-19 patients resulting in a high patient satisfaction and reduction in hospital stay and costs.
OBJECTIVE: To evaluate the implementation of home telemonitoring and oxygen therapy in COVID-19patients. Primary outcomes were safety, patient satisfaction, reduction of hospital stay, and cost-effectiveness. DESIGN: Retrospective cohort study. METHOD: All COVID-19patients who were discharged with home telemonitoring and oxygen therapy between June 1st and November 1st 2020 were included. Eligible patients had a maximum oxygen requirement of 2 liters per minute during the 24 hours prior to discharge with a minimal peripheral oxygen saturation of 94%. A mobile application for telemonitoring was used, which patients or relatives had to be able to use independently. Patient demographics, clinical parameters, data on telemonitoring and readmissions were extracted from the electronic patient records. A survey for patient satisfaction and a cost-effectiveness analysis were performed. RESULTS: Out of 619 admissions, 49 patients were discharged with home telemonitoring and oxygen therapy. Median duration of home oxygen therapy was 11 days with a potential reduction in hospitalization of 616 days. Six patients were readmitted and were significantly more febrile on discharge (67% versus 14%, p=0.01) and had lower oxygenation (95%, (IQR 93-96) versus 96%, (IQR 95-97), p=0.02) with similar levels of oxygen administration. Patient satisfaction was high with a mean score of 5 to 6 on a scale measuring satisfaction from 1 to 7. Estimated total cost reduction was € 146.736. CONCLUSION: This study shows that home telemonitoring and oxygen administration can be safely applied in COVID-19patients resulting in a high patient satisfaction and reduction in hospital stay and costs.
Authors: Harriët M R van Goor; Martine J M Breteler; Kim van Loon; Titus A P de Hond; Johannes B Reitsma; Dorien L M Zwart; Cornelis J Kalkman; Karin A H Kaasjager Journal: J Clin Med Date: 2021-12-17 Impact factor: 4.241
Authors: Laura Agnes Grutters; Kalle Iskander Majoor; Eline Solange Kirsty Pol-Mattern; Johannes Anthonie Hardeman; Christiaan Franciscus Pieter van Swol; Adriane Dore Marie Vorselaars Journal: Eur Respir J Date: 2021-11-18 Impact factor: 16.671