Table 7.
Medical procedure main highlights.
| References | Main Highlights |
|---|---|
| Xu, Huang, Qiu, Liu, Deng, Jiao, Tan, Ai, Xiao and Belliato, 2020 [58] | Using telehealth as a tool to continuously monitor home-quarantined patients with progressive COVID-19 |
| Krenitsky, Spiegelman, Sutton, Syeda and Moroz, 2020 [59] | Designing and implementing virtual tele-monitoring for patients suspected to have COVID-19 |
| Martínez-García, Bal-Alvarado, Guerra, Ares-Rico, Suárez-Gil, Rodríguez-Álvarez, Pérez-López, Casariego-Vales, Rial and Rey, 2020 [60] | Assessing whether or not telehealth with tele-monitoring is clinically useful and safe as a tool for monitoring patients with COVID-19 |
| Wali, Margarido, Shah, Ware, McDonald, O'Sullivan, Posada, Ross and Seto, 2021 [61] | Examining the role of tele-monitoring during the COVID-19 pandemic for patients with heart failure |
| Giudice, Bennardo, Antonelli, Barone and Fortunato, 2020 [63] | Management of emergency dental procedures during the COVID-19 pandemic |
| O'Hara, Johnston and Browne, 2020 [64] | Role of telehealth in weight management during the COVID-19 pandemic |
| Bluman, Fury, Ready, Hornick and Weaver, 2020 [65] | Diagnosis and management of a patient with knee pain during the COVID-19 pandemic |
| Ghai, Malhotra and Bajwa, 2020 [66] | Telehealth as an essential health care service for the management of chronic pain during the COVID-19 pandemic |
| Salzano, D'Assante, Stagnaro, Valente, Crisci, Giardino, Arcopinto, Bossone, Marra and Cittadini, 2020 [67] | Telehealth service for heart failure management during the COVID-19 outbreak |
| Jayawardena, Mankarious, Keamy Jr and Cohen, 2020 [68] | Discussing dependence on telehealth for managing outpatient pathology to comply with social distancing orders |
| Davarpanah, Mahdavi, Sabri, Langroudi, Kahkouee, Haseli, Kazemi, Mehrian, Mahdavi and Falahati, 2020 [69] | Novel screening strategy to provide services in regions with limited access to expertise during the COVID-19 pandemic |
| Chou, Hsieh, Wolfshohl, Green and Bhakta, 2020 [70] | Screening strategy to limit COVID-19 exposure in the emergency department |
| Ratwani, Brennan, Sheahan, Fong, Adams, Gordon, Calabrese, Hwang, Smith and Booker, 2020 [71] | Remotely screening patients and analysing their requests during the COVID-19 pandemic |
| Giudice, Barone, Muraca, Averta, Diodati, Antonelli and Fortunato, 2020 [72] | Describing the advantages of telehealth with respect to dental practices during the COVID-19 pandemic |
| Ghai, 2020 [73] | Providing an overview of teledentistry applications during the COVID-19 pandemic |
| Li, Chan, Huang and Cheng, 2020 [75] | Evaluating the effectiveness of video consultation services during the COVID-19 pandemic and satisfaction of patients |
| Panda, Dawman, Panda and Sharawat, 2020 [76] | Exploring the effectiveness of advanced telecommunications for teleconsultation services in a resource-limited environment during the COVID-19 pandemic |
| Borchert, Baumgarten, Dalela, Jamil, Budzyn, Kovacevic, Yaguchi, Palma-Zamora, Perkins and Bazzi, 2020 [77] | Evaluating a risk-stratified prioritisation pathway for teleconsultation services during the pandemic |
| Das, Rani and Vaddavalli, 2020 [78] | Describing experience in the use of tele-consultation services for a hospital network during the COVID-19 pandemic |
| Crane, Ganesh, Post and Jacobson, 2020 [79] | Utilizing tele-consultation services for tracking and following-up confirmed or suspected COVID-19 infections |
| Iyengar, Jain and Vaishya, 2020 [80] | Discussing remote consultations pitfalls during COVID-19 and how they should be identified and dealt with |
| Deshmukh, Badakere, Sheth, Bhate, Kulkarni and Kekunnaya, 2020 [81] | Analysing and reporting teleconsultation data to guide future teleconsultation practices to assist patients |
| Shenoy, Ahmed, Paul, Skaria, Joby and Alias, 2020 [82] | Investigating the feasibility and acceptance of patients in switching to teleconsultation during the COVID-19 pandemic |
| Pandey, Srivastava, Kumar, Katiyar and Agrawal, 2020 [83] | Understanding the feasibility, clinical profile and addressability of patients using teleconsultation during lockdown |
| Rastogi, Singh and Pandey, 2020 [84] | Using the technology in times of COVID-19 to assist in the teleconsultation of patients during lockdown |
| Gadzinski, Andino, Odisho, Watts, Gore and Ellimoottil, 2020 [85] | Discussing teleconsultation services to rapidly triage, diagnose and provide disposition for non-COVID-19-related urgent and emergency hospital visits |
| Bourdon, Jaillant, Ballino, El Kaim, Debillon, Bodin and N'Kosi, 2020 [86] | Assessing the utility of emergency tele-ophthalmology for the management of emergency cases in a population to which access has been suddenly restrained |
| Green, Pence, Kwan and Rokicki-Parashar, 2020 [87] | Discussing telehealth rapid deployment, especially real-time video conferencing during the COVID-19 pandemic |
| Santonicola, Zingone, Camera, Siniscalchi and Ciacci, 2020 [88] | Investigating the access to remote consultation and the attitude towards the use of telehealth via an Internet-based survey for COVID-19 patients |
| Kumari, Jat and Kabra, 2021 [89] | Evaluating the role of teleconsultation in follow-up care of children with respiratory illnesses and assessing the satisfaction of caregivers with teleconsultation |
| Naveen, Sundaram, Agarwal and Gupta, 2021 [90] | Discussing the experience of using teleconsultation for patients with idiopathic inflammatory myopathy |
| An, Kim, Lai and Lee, 2020 [91] | Examining the effects of a smartphone-based wearable tele-rehabilitation system for dynamic weight-shifting balance exercises by Parkinson's disease |
| Chang, Jay, Kalpakjian, Andrews and Smith, 2021 [92] | Assessing patients and providers' satisfaction of cancer tele-rehabilitation visits during the COVID-19 pandemic |
| Pinar, Anract, Perrot, Tabourin, Chartier-Kastler, Parra, Vaessen, de La Taille and Roupret, 2020 [93] | Evaluating the satisfaction of patients and physicians with teleconsultation in urology during the COVID-19 pandemic by using the validated telemedicine satisfaction questionnaire |
| Layton, Irwin, Mihalik, Fleisch, Keating, Dimango, Shah and Arcasoy, 2021 [94] | Evaluating a home-based pulmonary rehabilitation program using telemedicine approach in lung transplant candidates with cystic fibrosis |
| Sinha, Malik, Nugent, Drake and Cavale, 2021 [95] | Evaluating the utilization of tele-consultation in plastic surgery clinics during the COVID-19 pandemic |
| Capozzo, Zoccolella, Frisullo, Barone, Dell’Abate, Barulli, Musio, Accogli and Logroscino, 2020 [96] | Discussing a care delivery tool for the remote evaluation of patients during the pandemic |
| Negrini, Kiekens, Bernetti, Capecci, Ceravolo, Lavezzi, Zampolini and Boldrini, 2020 [97] | Discussing the delivery of care from a rehabilitation perspective for outpatient damage caused by COVID-19 |
| Polanco, Aquey, Collado, Campos, Guzman, Cuevas‐Budhart, Divino‐Filho and Ramos‐Sanchez, 2021 [98] | Discussing the ability of facilitating telemedicine in the home care of patients undergoing peritoneal dialysis to avoid COVID-19 transmission |
| Volcy, Smith, Mills, Peterson, Kene-Ewulu, McNair, Kelsey and Mbaezue, 2021 [99] | Examining medical providers and patient care delivery satisfaction by utilizing telehealth services |
| D'Anna, Ellis, Bentley, Brown, Halse, Jamil, Jenkins, Malik, Kalladka, Kwan, Venter and Banerjee, 2021 [100] | Investigating the impacts of telemedicine services on the management and care delivery of patients with transient ischaemic attack |
| Foster, Steltzer, Snyder, Alden, Helner, Schinasi, Bohling and Allen, 2021 [101] | Evaluating the acceptability, feasibility and integration of telemedicine with in-home monitoring platforms in the interstage period of infants |
| Nicosia, Kaul, Totten, Silvestrini, Williams, Whooley and Sarmiento, 2021 [102] | Examining a telehealth service for veterans with obstructive sleep apnoea |