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1.
SSM Qual Res Health ; 3: 100289, 2023 Jun.
Article in English | MEDLINE | ID: covidwho-2327691

ABSTRACT

COVID-19 has caused an urgent implementation of virtual care (VC). Most research has focused on patient and physician experience with virtual care. Non-physician healthcare providers have played an active role in transitioning to virtual care, yet little is known about their experiences. This study explored their lived experiences in caring for patients virtually. Forty non-physician healthcare providers from local hospitals, community, and home care settings in Kingston, ON, Canada, participated and included nurse practitioners, occupational therapists, physiotherapists, psychologists, registered dietitians, social workers, and speech-language pathologists. Data were collected using semi-structured interviews between February and July 2021 and were analyzed thematically. The study was guided by organizational change theory. Four themes were identified from the data: 1) Quality of care, 2) Resources and training, 3) Healthcare system efficiency, and 4) Health equity and access for patients. Providers suggested that VC increased patient-centredness and had clear benefits for patients. Participants had little to no training in conducting patient care, virtually stating this as a key challenge. They believed that VC increased the efficiency of the healthcare system and was more proactive. Despite concerns regarding inequities across healthcare, participants reported that VC could improve equity as long as patients had access to technology. The study highlights the urgent need to support all healthcare providers in delivering optimal patient-centred care. We should leverage some of the advantages offered by VC to improve the efficiency of healthcare delivery, reduce provider burnout, and increase capacity across organizational systems.

2.
Can J Neurol Sci ; 48(1): 87-93, 2021 01.
Article in English | MEDLINE | ID: covidwho-2254254

ABSTRACT

OBJECTIVE: The study sought to explore the experiences of participants affected by stroke with home video visit (HVV) for follow-up visits in order to understand the determinants, barriers, and benefits associated with HVVs. METHODS: Semi-structured interviews were conducted with (n = 23) participants to gather insight and descriptive information about patients' experiences with HVV. Specifically, we sought to collect descriptions about the (1) costs and time associated with in-person visits, (2) facilitators and barriers to in-person and virtual visits, and (3) their values attached to traditional and virtual forms of patient care. RESULTS: HVVs were perceived to be a mode of healthcare that is time-saving and convenient for both participants and physicians. However, our study also found some participants felt uncomfortable using technology to conduct medical visits while others still supported a positive view of traditional forms of in-person visits because they valued the in-person interactions and safe environment of the hospital. CONCLUSION: While HVVs were considered to be useful in addressing geographical barriers to health care, technological and digital health literacy may serve to impede seniors from using the service, with some of them opting to go to the hospital despite geographical barriers. Resultantly, HVVs may serve both to alleviate and exacerbate certain determinants to health care.


Subject(s)
Stroke , Telemedicine , Costs and Cost Analysis , Delivery of Health Care , Humans , Stroke/therapy
3.
Canadian Conference for the Advancement of Surgical Education (C-CASE) 2021: Post-Pandemic and Beyond Virtual Conference AbstractsBlended learning using augmented reality glasses during the COVID-19 pandemic: the present and the futureActivating emotions enhance surgical simulation performance: a cluster analysisTraining in soft-tissue resection using real-time visual computer navigation feedback from the Surgery Tutor: a randomized controlled trialSonoGames: delivering a point of care ultrasound curriculum through gamificationTeaching heart valve surgery techniques using simulators: a reviewPortable, adjustable simulator for cardiac surgical skillsDesign and validity evidence for a unique endoscopy simulator using a commercial video gameComparison of a novel silicone flexor tendon repair model to a porcine tendon repair modelAssessment system using deep learningChallenges addressed with solutions, simulation in undergraduate and postgraduate surgical education, innovative education or research in surgical educationMachine learning distinguishes between skilled and less-skilled psychological performance in virtual neurosurgical performanceA powerful new tool for learning anatomy as a medical studentDevelopment and effectiveness of a telementoring approach for neurosurgical simulation training of medical studentsA team based learning approach to general otolaryngology in undergraduate medical educationStudent-led surgery interest group outreach for high school mentorship: a diversity driven initiativeRetrospective evaluation of novel case-based teaching series for first year otolaryngology residentsHarassment in surgery: assessing differences in perceptionFactors associated with medical student interest in pursuing a surgical residency: a cross-sectional survey studyUnderstanding surgical education experiences: an examination of 2 mentorship modelsLeadership development programs for surgical residents: a narrative review of the literatureValidation of knee arthroscopy simulator scoring system against subjective video analysis scoringCharacterizing the level of autonomy in Canadian cardiac surgery residentsMentorship patterns among medical students successfully matched to a surgical specialityStaying safe with laparoscopic cholecystectomy: the use of landmarking and intraoperative time-outsEndovascular aneurysm repair has changed the training paradigm of vascular residentsImplementation of a standardized handover in pediatric surgeryProcedure-specific assessment in cardiothoracic and vascular surgery: a scoping reviewLongitudinal mentorship-based programs for junior medical students increases exposure, confidence, and interest in surgeryCreating a green-shift in surgical education: a scoping review of initiatives and methods to make perioperative care more sustainableA novel plastic surgery residency bootcamp: structure and utilityVideo-based coaching for surgical residents: a systematic review and meta-analysisVirtual patient cases aligned with EPAs provide innovative e-learning strategiesAchieving competency in the CanMEDS roles for surgical trainees in the COVID-19 era: What have we learned and where do we go?Profiles of burnout and response to the COVID-19 pandemic among general surgery residents at a large academic training programLearner-driven telemedicine curriculum during the COVID-19 pandemicCentralized basic orthopaedic surgery virtual examinations — assessment of examination environmentEffects of the COVID-19 pandemic on surgical resident training: a nationwide survey of Canadian program directorsExploring the transition to virtual care in surgery and its impact on clinical exposure, teaching, and assessment during the COVID-19 pandemiecImpact of COVID-19 on procedural skills training and career preparation of medical studentsVirtual surgical shadowing for undergraduate medical students amidst the COVID-19 pandemicEducational impact of the COVID-19 third wave on a competency-based orthopedic surgery programVirtualization of postgraduate residency interviews: a ransforming practice in health care educati nAn informational podcast about Canadian plastic surgery training programs: “Doctority Canada: Plastic Surgery.”Virtual versus in-person suture training: an evaluation of synchronous and asynchronous teaching paradigmsMerged virtual reality teaching of the fundamentals of laparoscopic surgery: a randomized controlled trialShould surgical skills be evaluated during virtual CaRMS residency interviews? A Canadian survey of CaRMS applicants and selection committee members during the COVID-19 pandemicImpact of the COVID-19 pandemic on surgical education for medical students: perspectives from Canada’s largest faculty of medicine
Daud, Anser, Del Fernandes, Rosephine, Johnson, Garrett, Gariscsak, Peter, Datta, Shaishav, Rajendran, Luckshi, Lee, Jong Min, Solish, Max, Aggarwal, Ishita, Ho, Jessica, Roach, Eileen, Lemieux, Valérie, Zablotny, Scott, Nguyen, May-Anh, Ko, Gary, Minor, Sam, Daniel, Ryan, Gervais, Valérie, Gibert, Yseult, Lee, David, White, Abigail, Lee-Wing, Victoria, Balamane, Saad, Deng, Shirley Xiaoxuan, Dhillon, Jobanpreet, White, Abigail, Larrivée, Samuel, Parapini, Marina L.; Nisar, Mahrukh, Lee, Michael, Desrosiers, Tristan, Wang, Lily, Elfaki, Lina, Ramazani, Fatemeh, Fazlollahi, Ali M.; Hampshire, Jonathan, Natheir, Sharif, Shi, Ge, Yilmaz, Recai, Doucet, Veronique M.; Johnson, Garrett, White, Abigail, El-Andari, Ryaan, Arshinoff, Danielle, Poole, Meredith, Lau, Clarissa H. H.; Ahmed, Zeeshan, Fahey, Brian, Zafar, Adeel, Worrall, Amy P.; Kheirelseid, Elrasheid, McHugh, Seamus, Moneley, Daragh, Naughton, Peter, Fazlollahi, Ali M.; Bakhaidar, Mohamad, Alsayegh, Ahmad, Yilmaz, Recai, Del Maestro, Rolando F.; Harley, Jason M.; Ungi, Tamas, Fichtinger, Gabor, Zevin, Boris, Stolz, Eva, Bozso, Sabin J.; Kang, Jimmy J. H.; Adams, Corey, Nagendran, Jeevan, Li, Dongjun, Turner, Simon R.; Moon, Michael C.; Zheng, Bin, Vergis, Ashley, Unger, Bertram, Park, Jason, Gillman, Lawrence, Petropolis, Christian J.; Winkler-Schwartz, Alexander, Mirchi, Nykan, Fazlollahi, Ali, Natheir, Sharif, Del Maestro, Rolando, Wang, Edward, Waterman, Ryan, Kokavec, Andrew, Ho, Edward, Harnden, Kiera, Nayak, Rahul, Malthaner, Richard, Qiabi, Mehdi, Christie, Sommer, Yilmaz, Recai, Winkler-Schwarz, Alexander, Bajunaid, Khalid, Sabbagh, Abdulrahman J.; Werthner, Penny, Del Maestro, Rolando, Bratu, Ioana, Noga, Michelle, Bakhaidar, Mohamad, Alsayegh, Ahmad, Winkler-Schwartz, Alexander, Harley, Jason M.; Del Maestro, Rolando F.; Côté, David, Mortensen-Truscott, Lukas, McKellar, Sean, Budiansky, Dan, Lee, Michael, Henley, Jessica, Philteos, Justine, Gabinet-Equihua, Alexander, Horton, Garret, Levin, Marc, Saleem, Ahmed, Monteiro, Eric, Lin, Vincent, Chan, Yvonne, Campisi, Paolo, Meloche-Dumas, Léamarie, Patocskai, Erica, Dubrowski, Adam, Beniey, Michèle, Bélanger, Pamela, Khondker, Adree, Kangasjarvi, Emilia, Simpson, Jory, Behzadi, Abdollah, Kuluski, Kerry, Scott, Tracy M.; Sidhu, Ravi, Karimuddin, Ahmer A.; Beaudoin, Alisha, McRae, Sheila, Leiter, Jeff, Stranges, Gregory, O’Brien, Devin, Singh, Gurmeet, Zheng, Bin, Moon, Michael C.; Turner, Simon R.; Salimi, Ali, Zhu, Alice, Tsang, Melanie, Greene, Brittany, Jayaraman, Shiva, Brown, Peter, Zelt, David, Yacob, Michael, Keijzer, Richard, Shawyer, Anna C.; Muller Moran, Hellmuth R.; Ryan, Joanna, Mador, Brett, Campbell, Sandra, Turner, Simon, Ng, Kelvin, Behzadi, Abdollah, Benaskeur, Yousra-Imane, Kasasni, Sara Medina, Ammari, Nissrine, Chiarella, Florence, Lavallée, Jeanne, Lê, Anne-Sophie, Rosca, Maria Alexandra, Semsar-Kazerooni, Koorosh, Vallipuram, Tharaniya, Grabs, Detlev, Bougie, Émilie, Salib, G. Emmanuel, Bortoluzzi, Patricia, Tremblay, Dominique, Kruse, Colin C.; McKechnie, Tyler, Eskicioglu, Cagla, Posel, Nancy, Fleiszer, David, Berger-Richardson, David, Brar, Savtaj, Lim, David W.; Cil, Tulin D.; Castelo, Matthew, Greene, Brittany, Lu, Justin, Brar, Savtaj, Reel, Emma, Cil, Tulin, Diebel, Sebastian, Nolan, Madeleine, Bartolucci, Dana, Rheault-Henry, Mathieu, Abara, Emmanuel, Doyon, Jonathan, Lee, Jong Min, Archibald, Douglas, Wadey, Veronica, Maeda, Azusa, Jackson, Timothy, Okrainec, Allan, Leclair, Rebecca, Braund, Heather, Bunn, Jennifer, Kouzmina, Ekaterina, Bruzzese, Samantha, Awad, Sara, Mann, Steve, Appireddy, Ramana, Zevin, Boris, Gariscsak, Peter, Liblik, Kiera, Winthrop, Andrea, Mann, Steve, Abankwah, Bryan, Weinberg, Michael, Cherry, Ahmed, Lemieux, Valerie, Doyon, Jonathan, Hamstra, Stan, Nousiainen, Markku, Wadey, Veronica, Marini, Wanda, Nadler, Ashlie, Khoja, Wafa, Stoehr, Jenna, Aggarwal, Ishita, Liblik, Kiera, Mann, Steve, Winthrop, Andrea, Lowy, Bryce, Vergis, Ashley, Relke, Nicole, Soleas, Eleftherios, Lui, Janet, Zevin, Boris, Nousiainen, Markku, Simpson, Jory, Musgrave, Melinda, Stewart, Rob, Hall, Jeremy.
Canadian Journal of Surgery ; 64(6 Suppl 1):S65-S79, 2021.
Article in English | GIM | ID: covidwho-2140743
4.
CMAJ Open ; 10(3): E762-E771, 2022.
Article in English | MEDLINE | ID: covidwho-1994498

ABSTRACT

BACKGROUND: The COVID-19 pandemic resulted in a rapid shift from in-person to virtual care delivery for many medical specialties across Canada. The purpose of this study was to explore the lived experiences of resident physicians and faculty related to teaching, learning and assessment during ambulatory virtual care encounters within the competency-based medical education model. METHODS: In this qualitative phenomenological study, we recruited resident physicians (postgraduate year [PGY] 1-5 trainees) and faculty from the Departments of Surgery and Medicine at Queen's University, Ontario, via purposive sampling. Participants were not required to have exposure to virtual care. Interviews were conducted from September 2020 to March 2021 by 1 researcher, and 2 researchers conducted focus groups via Zoom to explore participants' experiences with the transition to virtual care. These were audio-recorded and transcribed verbatim; qualitative data were analyzed thematically. RESULTS: There were 18 male and 19 female participants; 20 were resident physicians and 17 were faculty; 19 were from the Department of Surgery and 18 from the Department of Medicine. All faculty participants had participated in virtual care during ambulatory care; 2 PGY-1 residents in surgery had not actively participated in virtual care, although they had participated in clinics where faculty were using virtual care. The mean age of faculty participants was 38 (standard deviation [SD] 8.6) years, and the mean age of resident physicians was 29 (SD 5.4) years. Overall, 28 interviews and 4 focus groups (range 2-3 participants per group) were conducted, and 4 themes emerged: teaching and learning, assessment, logistical considerations, and suggestions. Barriers to teaching included the lack of direct observations and teaching time, and barriers to assessment included an absence of specific Entrustable Professional Activities (EPAs) and feedback focused on virtual care-related competencies. Logistical challenges included lack of technological infrastructure, insufficient private office space and administrative burdens. Both resident physicians and faculty did not foresee virtual care limiting resident physicians' ability to progress within competency-based medical education. Benefits of virtual care included increased accessibility to patients for follow-up visits, for disclosing patients' results and for out-of-town visits. Suggestions included faculty development, improved access to technology and space, educational guidelines for conducting virtual care encounters, and development of virtual care-specific competencies and EPAs. INTERPRETATION: In the postgraduate program we studied, virtual care imposed substantial barriers on teaching, learning and assessment during the first year of the COVID-19 pandemic. Adapting to new circumstances such as virtual care with suggestions from resident physicians and faculty may help to ensure the continuity of postgraduate medical education throughout the COVID-19 pandemic.


Subject(s)
COVID-19 , Physicians , Adult , Ambulatory Care , COVID-19/epidemiology , Child , Faculty , Female , Humans , Male , Ontario/epidemiology , Pandemics
5.
JBI Evid Synth ; 2022 Aug 04.
Article in English | MEDLINE | ID: covidwho-1988494

ABSTRACT

OBJECTIVE: The objective of this review is to synthesize and appraise the available research on educational strategies required to prepare medical learners for engaging in telemedicine and virtual care. INTRODUCTION: The COVID-19 pandemic has resulted in significant uptake of virtual care and telemedicine, highlighting the growing need for health care organizations and medical institutions to support physicians and learners navigating this new model of health care delivery, clinical learning, and assessment. Developing a better understanding of how best to prepare medical trainees across the continuum of undergraduate, postgraduate, and continuing professional development to engage in virtual care is critical to ensuring our continued ability to meet educational mandates and provide ambulatory care that is safe, efficient, and timely. INCLUSION CRITERIA: Studies focused on teaching or learning telemedicine/virtual care that include an assessment of competencies, knowledge, or behaviors of learners will be considered for inclusion in the review. METHODS: Embase, MEDLINE, Cochrane CENTRAL, Web of Science Core Collection, EbscoHost Education Source, and ProQuest Dissertations and Theses Global will be searched to identify published and unpublished studies. No date or language restrictions will be applied. This systematic review will be conducted in accordance with the JBI methodology for mixed methods systematic reviews using a convergent segregated approach. Titles and abstracts of potential studies will be screened and potentially relevant studies will undergo full-text review for eligibility and critical appraisal of the study methodology. Data will be extracted from those studies selected for inclusion. Findings will be described relating to the effectiveness of educational curricula, initiatives, and best practices in trainee engagement in telemedicine and virtual care. SYSTEMATIC REVIEW REGISTRATION: PROSPERO (CRD42021264332).

6.
CMAJ Open ; 10(1): E165-E172, 2022.
Article in English | MEDLINE | ID: covidwho-1718115

ABSTRACT

BACKGROUND: Since the onset of the COVID-19 pandemic, virtual care solutions have been rapidly adopted across the country to provide safe, quality care to diverse patient populations. The objective of this qualitative case study was to understand patient and caregiver experiences of virtual care to identify barriers and gather suggestions to address them. METHODS: In this patient-oriented project, we sought to understand gaps in virtual care experienced by patients and caregivers, using virtual focus groups. With the assistance of a patient research liaison, we engaged 2 patient partners as full partners; they participated in study conception, data collection, data analysis and knowledge translation. Recruitment was done through email by disseminating the study poster to 30 community organizations and health units in Ontario and British Columbia. We conducted a constructivist, qualitative study guided by grounded theory methodology. One researcher employed in-vivo coding, followed by axial coding with focus group participants, followed by selective coding with the study team. The study took place from November to December 2020. RESULTS: We conducted 6 focus groups with 13 patients and 5 caregivers. The analysis resulted in 6 major themes and 17 minor themes. Key findings showed that barriers related to access to technology and Internet, language and cultural differences were challenges to virtual care. Participants identified special considerations surrounding caregiver and family involvement; privacy, consent and confidentiality; and the patient-physician relationship. Participants suggested that technology and the Internet be universally accessible and that virtual care modalities be integrated (e.g., consolidated patient portal) to improve virtual care. INTERPRETATION: There are multiple patient-identified barriers to accessing virtual care in Canada; patients can provide insights into ways to address these barriers. Future research should include robust patient engagement to explore ways to address these challenges and barriers to ensure that virtual care can be equitable, accessible and safe for all users. PLAIN LANGUAGE SUMMARY: Although virtual care has been rapidly adopted and scaled up in health care institutions across the country, few improvements informed by patient and caregiver experiences have been made. Driven by concerns expressed by patient partners, our study team undertook a patient-partnered qualitative study to understand the barriers of virtual care from the perspectives and experiences of patients and caregivers. Our study team created the interview guide drawing from our previous patient-oriented qualitative studies and designed an orientation package to provide resources related to the focus groups and to introduce participants to the study team. Drawing from local health teams, clinics and patient advisory groups, the study team recruited 13 patients and 5 caregivers to participate in 6 focus group interviews. An analysis based on grounded theory was undertaken, with participation from both the study team and participants. Lack of access to technology or Internet and language barriers were determined to be the primary challenges in virtual care. Special considerations to caregiver and family involvement, privacy and confidentiality, as well as the patient-physician relationship were considered priorities to improving access to virtual care. Participants offered recommendations and potential solutions to address barriers and challenges in virtual care, which can serve to encourage large-scale policy and programmatic changes in patient-centred ways.


Subject(s)
COVID-19 , Telemedicine , Adult , Aged , Aged, 80 and over , British Columbia , Caregivers , Communication Barriers , Delivery of Health Care , Female , Focus Groups , Humans , Internet , Male , Middle Aged , Ontario , Physician-Patient Relations , Qualitative Research , Young Adult
7.
Canadian Journal of Surgery ; 64, 2021.
Article in English | ProQuest Central | ID: covidwho-1668481

ABSTRACT

Background: The COVID-19 pandemic resulted in a rapid shift from in-person to virtual ambulatory care delivery for surgical residencies across Canada. This transition has necessitated changes to clinical encounters for surgery residents within the competency-based medical education model. The purpose of this study was to explore the lived experiences of surgery residents and faculty related to teaching, learning, and assessment during virtual ambulatory care encounters. Methods: Residents (n = 10) and faculty (n = 9) were recruited from the Department of Surgery at Queen's University to participate in this phenomenological study. Interviews and focus groups were conducted to understand participants' experiences related to the transition to virtual ambulatory care. Interviews and focus groups were audio-recorded and transcribed verbatim. Qualitative data were analyzed thematically. Results: Four themes emerged from the data: teaching/learning, assessment, logistical considerations, and recommendations. Barriers to teaching included the lack of direct observations and ability to perform physical exams, while barriers to assessment included an absence of clinic-specific entrustable professional activities (EPAs) and lack of feedback focused on virtual-care-related competencies. Faculty and residents highlighted logistical challenges and limited time for clinic-related learning in comparison to resident responsibilities on in-patient wards and operating rooms. Recommendations included access to video-conferencing technology and development of virtual-care-specific EPAs in surgery. Conclusion: Surgical faculty and residents highlighted challenges related to the transition to virtual ambulatory care during the COVID-19 pandemic. Specific suggestions were offered for improving the teaching and learning during virtual care, given its ongoing role in medical education and practice.

8.
Digit Health ; 8: 20552076221074486, 2022.
Article in English | MEDLINE | ID: covidwho-1666601

ABSTRACT

OBJECTIVES: The COVID-19 pandemic has led to the widespread uptake of virtual care in Canada; however, virtual care may also create new barriers to health care. The purpose of this paper was to explore patient perceptions and concerns around virtual care access. METHODS: Between February and April 2020, we conducted semi-structured interviews with participants from four chronic disease clinics (stroke, epilepsy, amyotrophic lateral sclerosis, obstetrics medicine) in a mid-sized academic hospital in Southern Ontario, Canada. Consecutive sampling was done by including the patients receiving virtual care in those months. Caregivers were invited to participate in the event that patients were unable to participate in the interview. Thematic analysis was employed to identify overarching themes, and codes were reviewed and refined using a consensus process. RESULTS: We interviewed 31 participants (27 patients, four caregivers) that had taken part in virtual care. Our findings suggested that the COVID-19 pandemic served to isolate participants and had negatively impacted their access to health care. However, virtual care did provide a safe avenue for patients to receive care and served as a reassuring option during the pandemic. Low technological literacy and access were identified as barriers to virtual care. Greater awareness and patient engagement is needed in future research to improve access. CONCLUSION: Certain populations can be disproportionately affected by differential access to virtual care. Future studies should examine how social determinants intersect to impact virtual health care access in different patient populations.

9.
Ahmed, Zeeshan, Fahey, Brian, Zafar, Adeel, Worrall, Amy P.; Kheirelseid, Elrasheid, McHugh, Seamus, Moneley, Daragh, Naughton, Peter, Lau, Clarissa H. H.; Fazlollahi, Ali M.; Bakhaidar, Mohamad, Alsayegh, Ahmad, Yilmaz, Recai, Del Maestro, Rolando F.; Harley, Jason M.; Poole, Meredith, Ungi, Tamas, Fichtinger, Gabor, Zevin, Boris, Arshinoff, Danielle, Stolz, Eva, El-Andari, Ryaan, Bozso, Sabin J.; Kang, Jimmy J. H.; Adams, Corey, Nagendran, Jeevan, White, Abigail, Li, Dongjun, Turner, Simon R.; Moon, Michael C.; Zheng, Bin, Johnson, Garrett, Vergis, Ashley, Unger, Bertram, Park, Jason, Gillman, Lawrence, Doucet, Veronique M.; Petropolis, Christian J.; Yilmaz, Recai, Winkler-Schwartz, Alexander, Mirchi, Nykan, Fazlollahi, Ali, Natheir, Sharif, Del Maestro, Rolando, Shi, Ge, Wang, Edward, Waterman, Ryan, Kokavec, Andrew, Ho, Edward, Harnden, Kiera, Nayak, Rahul, Malthaner, Richard, Qiabi, Mehdi, Natheir, Sharif, Christie, Sommer, Yilmaz, Recai, Winkler-Schwarz, Alexander, Bajunaid, Khalid, Sabbagh, Abdulrahman J.; Werthner, Penny, Del Maestro, Rolando, Hampshire, Jonathan, Bratu, Ioana, Noga, Michelle, Fazlollahi, Ali M.; Bakhaidar, Mohamad, Alsayegh, Ahmad, Winkler-Schwartz, Alexander, Harley, Jason M.; Del Maestro, Rolando F.; Ramazani, Fatemeh, Côté, David, Elfaki, Lina, Mortensen-Truscott, Lukas, McKellar, Sean, Budiansky, Dan, Lee, Michael, Wang, Lily, Henley, Jessica, Philteos, Justine, Gabinet-Equihua, Alexander, Horton, Garret, Levin, Marc, Saleem, Ahmed, Monteiro, Eric, Lin, Vincent, Chan, Yvonne, Campisi, Paolo, Desrosiers, Tristan, Meloche-Dumas, Léamarie, Patocskai, Erica, Dubrowski, Adam, Beniey, Michèle, Bélanger, Pamela, Lee, Michael, Khondker, Adree, Kangasjarvi, Emilia, Simpson, Jory, Nisar, Mahrukh, Behzadi, Abdollah, Kuluski, Kerry, Parapini, Marina L.; Scott, Tracy M.; Sidhu, Ravi, Karimuddin, Ahmer A.; Larrivée, Samuel, Beaudoin, Alisha, McRae, Sheila, Leiter, Jeff, Stranges, Gregory, White, Abigail, O’Brien, Devin, Singh, Gurmeet, Zheng, Bin, Moon, Michael C.; Turner, Simon R.; Dhillon, Jobanpreet, Salimi, Ali, Deng, Shirley Xiaoxuan, Zhu, Alice, Tsang, Melanie, Greene, Brittany, Jayaraman, Shiva, Balamane, Saad, Brown, Peter, Zelt, David, Yacob, Michael, Lee-Wing, Victoria, Keijzer, Richard, Shawyer, Anna C.; White, Abigail, Muller Moran, Hellmuth R.; Ryan, Joanna, Mador, Brett, Campbell, Sandra, Turner, Simon, Lee, David, Ng, Kelvin, Behzadi, Abdollah, Gibert, Yseult, Benaskeur, Yousra-Imane, Kasasni, Sara Medina, Ammari, Nissrine, Chiarella, Florence, Lavallée, Jeanne, Lê, Anne-Sophie, Rosca, Maria Alexandra, Semsar-Kazerooni, Koorosh, Vallipuram, Tharaniya, Gervais, Valérie, Grabs, Detlev, Bougie, Émilie, Salib, G. Emmanuel, Bortoluzzi, Patricia, Tremblay, Dominique, Daniel, Ryan, Kruse, Colin C.; McKechnie, Tyler, Eskicioglu, Cagla, Minor, Sam, Posel, Nancy, Fleiszer, David, Ko, Gary, Berger-Richardson, David, Brar, Savtaj, Lim, David W.; Cil, Tulin D.; Nguyen, May-Anh, Castelo, Matthew, Greene, Brittany, Lu, Justin, Brar, Savtaj, Reel, Emma, Cil, Tulin, Zablotny, Scott, Diebel, Sebastian, Nolan, Madeleine, Bartolucci, Dana, Rheault-Henry, Mathieu, Abara, Emmanuel, Lemieux, Valérie, Doyon, Jonathan, Lee, Jong Min, Archibald, Douglas, Wadey, Veronica, Roach, Eileen, Maeda, Azusa, Jackson, Timothy, Okrainec, Allan, Ho, Jessica, Leclair, Rebecca, Braund, Heather, Bunn, Jennifer, Kouzmina, Ekaterina, Bruzzese, Samantha, Awad, Sara, Mann, Steve, Appireddy, Ramana, Zevin, Boris, Aggarwal, Ishita, Gariscsak, Peter, Liblik, Kiera, Winthrop, Andrea, Mann, Steve, Solish, Max, Abankwah, Bryan, Weinberg, Michael, Lee, Jong Min, Cherry, Ahmed, Lemieux, Valerie, Doyon, Jonathan, Hamstra, Stan, Nousiainen, Markku, Wadey, Veronica, Rajendran, Luckshi, Marini, Wanda, Nadler, Ashlie, Datta, Shaishav, Khoja, Wafa, Stoehr, Jenna, Gariscsak, Peter, Aggarwal, Ishita, Liblik, Kiera, Mann, Steve, Winthrop, Andrea, Johnson, Garrett, Lowy, Bryce, Vergis, Ashley, Del Fernandes, Rosephine, Relke, Nicole, Soleas, Eleftherios, Lui, Janet, Zevin, Boris, Daud, Anser, Nousiainen, Markku, Simpson, Jory, Musgrave, Melinda, Stewart, Rob, Hall, Jeremy.
Canadian journal of surgery. Journal canadien de chirurgie ; 64(6 Suppl 1):S65-S79, 2021.
Article in English | EuropePMC | ID: covidwho-1600220
10.
BMC Pregnancy Childbirth ; 21(1): 543, 2021 Aug 07.
Article in English | MEDLINE | ID: covidwho-1342808

ABSTRACT

OBJECTIVE: The objective of this study is to understand the perceptions of new mothers using virtual care via video conferencing to gain insight into the benefits and barriers of virtual care for obstetric patients. METHODS: Semi-structured interviews were conducted with 15 patients attending the Kingston Health Sciences Centre. The interviews were 20-25 min in length and recorded through an audio recorder. Thematic analysis was conducted in order to derive the major themes explored in this study. RESULTS: New mothers must often adopt new routines to balance their needs and their child's needs. These routines could impact compliance and motivation to attend follow-up care. In our study, participants expressed high satisfaction with virtual care, emphasizing benefits related to comfort, convenience, communication, socioeconomic factors, and the ease of technology use. Participants also perceived that they could receive emotional support and build trust with their health care providers despite the remote nature of their care. Due to its ease of use and increased accessibility, we argue that virtual care shows promise to facilitate long-term compliance to care in obstetric patients. CONCLUSIONS: Virtual care is a useful modality that could improve compliance to obstetric care. Further research and clinical endeavours should examine how social factors and determinants intersect to determine how they underpin patient perceptions of virtual and in-person care.


Subject(s)
Mothers/psychology , Postnatal Care/methods , Telemedicine/methods , Videoconferencing , Adult , Canada/epidemiology , Female , Humans , Patient Compliance , Patient Satisfaction , Pregnancy , Qualitative Research , Social Determinants of Health
12.
Epilepsy Res ; 176: 106689, 2021 10.
Article in English | MEDLINE | ID: covidwho-1303518

ABSTRACT

OBJECTIVE: The objective of this study is to assess the role of prior experience with virtual care (through e-visits) in maintaining continuity in ambulatory epilepsy care during an unprecedented pandemic situation, comparing in person versus e-visit clinic uptake. METHODS: This is an observational study on virtual epilepsy care (through e-visits) over two years, during a pre-COVID period (14 months) continuing into the COVID-19 pandemic period (10 months). For a small initial section of patients seen during the study period a physician survey and a patient satisfaction survey were completed (n = 53). Outcomes of eVisits were analyzed using descriptive statistics. RESULTS: Median numbers of epilepsy clinic visits conducted during the COVID-19 period (27.5 new and 113 follow up) remained similar to the median uptake during the pre-COVID period (28 new and 116 follow up). Prior experience with e-visits for epilepsy yielded smooth transition into the pandemic period, with several other advantages. The majority of eVisits were successful despite technical difficulties and major components of history and management were still easily implemented. Results from patient surveys supported that a significant amount of time and money were saved, which was in keeping with our health-economic analysis. CONCLUSION: Our study is one of the first few reports of fully integrated virtual care in a comprehensive epilepsy clinic starting much before start of the COVID-19 pandemic. The results of our study support the feasibility of using virtual care to deliver specialized outpatient care in a comprehensive epilepsy center.


Subject(s)
COVID-19/epidemiology , Epilepsy/therapy , Telemedicine/methods , User-Computer Interface , Adult , Aged , Efficiency, Organizational , Epilepsy/diagnosis , Epilepsy/economics , Female , Health Care Costs , Health Services Accessibility , Humans , Male , Medical History Taking/methods , Middle Aged , Ontario , Patient Satisfaction , Patient-Centered Care , Telemedicine/economics , Young Adult
13.
J Med Internet Res ; 23(1): e20621, 2021 01 21.
Article in English | MEDLINE | ID: covidwho-1044731

ABSTRACT

Virtual care, the use of videoconferencing technology to connect with patients, has become critical in providing continuing care for patients during the current COVID-19 pandemic. Virtual care has now been adopted by health care providers across the spectrum, including physicians, residents, nurse practitioners, nurses, and allied health care professionals. Virtual care is novel and nuanced compared to in-person care. Most of the health care providers who are delivering or expected to deliver virtual care have little to no prior experience with it. The nuances of virtual care involve regulatory standards, platforms, technology and troubleshooting, patient selection, etiquette, and workflow, all of which comprise critical points in the provision of health care. It is important to consistently deliver high-quality, equitable, and professional virtual care to inspire patients with the trust they need to continue follow-up of their care in these difficult times. We have been adopting virtual care in our clinical practice for over two years. In partnership with Canada Health Infoway, we have assembled a primer for virtual care that can serve as a guide for any health care provider in Canada and globally, with the goal of providing seamless transitions between in-person and virtual care.


Subject(s)
COVID-19 , SARS-CoV-2 , Telemedicine , COVID-19/epidemiology , COVID-19/therapy , Canada , Checklist , Humans , Internet , Pandemics , Patient Care
14.
Ann Indian Acad Neurol ; 23(5): 587-591, 2020.
Article in English | MEDLINE | ID: covidwho-993816

ABSTRACT

The COVID-19 crisis has worsened the pre-existing barriers to accessing neurological specialist care in Low and middle income countries. Telemedicine has been available for well over 2 decades but has not been widely adopted in LMIC's due to issues around cost, feasibility, infrastructure and regulation. Virtual care is an offshoot of traditional telemedicine leveraging the widely available internet enabled devices to connect patients with their healthcare providers. In this manuscript, we provide an overview of the virtual care, relevance to neurology and some guidance on implementing virtual care in an Indian context.

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