Literature DB >> 34105064

A telepresence robot in the room of a COVID-19 patient can provide virtual family presence.

Adrien Lociciro1, Antoine Guillon1,2, Laetitia Bodet-Contentin3,4.   

Abstract

Entities:  

Keywords:  COVID-19; advanced technology; critical illness; family health

Mesh:

Year:  2021        PMID: 34105064      PMCID: PMC8186365          DOI: 10.1007/s12630-021-02039-6

Source DB:  PubMed          Journal:  Can J Anaesth        ISSN: 0832-610X            Impact factor:   6.713


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The COVID-19 pandemic has caused a variety of situations that have resulted in limited hospital visits of family members. Psychological distress has clearly increased for patients, family members, and intensive care unit (ICU) staff because of visiting restrictions.1–4 Family members of isolated COVID-19 patients in the ICU experience moral injury with prevalence of anxiety and depression of 83% and 73%, respectively.2 Thus, intensivists are faced with an impossible equation: (i) they should promote interactions between the relatives and the critically ill patients to prevent post-traumatic stress disorder; however, (ii) they need to ensure patient, staff, and visitor safety—and thus respect the restrictions of hospital visits.1 Here, we show a remote-controlled robot that helps to support communication between patients and their relatives. The robot is fully equipped with communication technology and is controlled by the family who becomes present from a distant location and can virtually explore the room (Figure). Conscious patients can communicate with the avatar of the family with a certain degree of independence and privacy (Figure). The family can be virtually present at the bedside and receive daily information during nursing care or participate in family conferences with ICU clinicians. Family members of unconscious patients can be introduced to the ICU environment and have a better understanding of the situation.
Figure

A telepresence robot (UBBO telepresence robot, AXYN, France) is controlled by the family from a remote location and provides a virtual presence of the family within the isolation room of the COVID-19 patient. A) The robot is a wheeled device, controlled from a remote location that can move in the room or adjust its head rotation to optimize face-to-face meetings. It includes a tablet with 4G connectivity, video camera, screen, speakers, and microphones. A dedicated website is used to secure the connection and to avoid using personal login or phone numbers; no information is stored. It can be shared between patient rooms after an approved process of disinfection. B) The telepresence robot enhances communication between the relatives and the patient. The patient reported that the regular presence of unmasked familiar faces brought immediate relief.

A telepresence robot (UBBO telepresence robot, AXYN, France) is controlled by the family from a remote location and provides a virtual presence of the family within the isolation room of the COVID-19 patient. A) The robot is a wheeled device, controlled from a remote location that can move in the room or adjust its head rotation to optimize face-to-face meetings. It includes a tablet with 4G connectivity, video camera, screen, speakers, and microphones. A dedicated website is used to secure the connection and to avoid using personal login or phone numbers; no information is stored. It can be shared between patient rooms after an approved process of disinfection. B) The telepresence robot enhances communication between the relatives and the patient. The patient reported that the regular presence of unmasked familiar faces brought immediate relief. By providing a virtual presence of patients’ families, psychological distress may be reduced in in critically ill patients (able to see their loved-one despite the life-threatening situation) and family members (feeling less guilty for not being more present, being able to observe their loved one, and being reassured about their comfort). A telepresence robot in isolation rooms may limit the psychological burden of limited visits.
  2 in total

1.  Psychological effects of remote-only communication among reference persons of ICU patients during COVID-19 pandemic.

Authors:  Jessy Cattelan; Sara Castellano; Hamid Merdji; Jean Audusseau; Baptiste Claude; Léa Feuillassier; Sibylle Cunat; Marc Astrié; Camille Aquin; Guillaume Buis; Edgar Gehant; Amandine Granier; Hassiba Kercha; Camille Le Guillou; Guillaume Martin; Kevin Roulot; Ferhat Meziani; Olivier Putois; Julie Helms
Journal:  J Intensive Care       Date:  2021-01-09
  2 in total
  2 in total

1.  On the Use of Assistive Technology during the COVID-19 Outbreak: Results and Lessons Learned from Pilot Studies.

Authors:  Laura Fiorini; Erika Rovini; Sergio Russo; Lara Toccafondi; Grazia D'Onofrio; Federica Gabriella Cornacchia Loizzo; Manuele Bonaccorsi; Francesco Giuliani; Gianna Vignani; Daniele Sancarlo; Antonio Greco; Filippo Cavallo
Journal:  Sensors (Basel)       Date:  2022-09-02       Impact factor: 3.847

2.  Control Matters in Elder Care Technology:: Evidence and Direction for Designing It In.

Authors:  Clara Berridge; Yuanjin Zhou; Amanda Lazar; Anupreet Porwal; Nora Mattek; Sarah Gothard; Jeffrey Kaye
Journal:  DIS (Des Interact Syst Conf)       Date:  2022-06-13
  2 in total

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