2020
DOI: 10.1080/08959420.2020.1771239
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A Framework for Aging-Friendly Services and Supports in the Age of COVID-19

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Cited by 71 publications
(73 citation statements)
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References 23 publications
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“…Post-covid-19 chronic pain may affect patients of any age but seems to be commoner in elderly patients 63. Physical symptoms add to the psychosocial impact of disrupted access to health care (such as arrangements for obtaining regular medication), core personal routines (such as walking to local shops), social interactions (such as meeting friends), and lay and professional support networks 64. Support should be personalised with input from the multi-professional team (for example, general practitioner, district nurse, social worker, rehabilitation teams, and occupational therapist as needed).…”
Section: Supporting Recovery From Covid-19mentioning
confidence: 99%
“…Post-covid-19 chronic pain may affect patients of any age but seems to be commoner in elderly patients 63. Physical symptoms add to the psychosocial impact of disrupted access to health care (such as arrangements for obtaining regular medication), core personal routines (such as walking to local shops), social interactions (such as meeting friends), and lay and professional support networks 64. Support should be personalised with input from the multi-professional team (for example, general practitioner, district nurse, social worker, rehabilitation teams, and occupational therapist as needed).…”
Section: Supporting Recovery From Covid-19mentioning
confidence: 99%
“…Children/youth with disabilities (and their families) 11 (13%) [30,31,53,57,58,77,86,91,94,109,117] Older adults experiencing disabilities 9 (10%) [63,84,85,89,96,101,102,111,118] Severe Mental Illness 2 (2.5%) [55,104] Spinal Cord Injury 1 (1.2%) [72] People with disabilities living in residential or long-term facilities 1 (1.2%) [108] Visual impairments 1 (1.2%) [67] Autism Spectrum Disorder 1 (1.2%) [67] Cerebral Palsy 1 (1.2%) [62] Cerebellar Ataxia 1 (1.2%) [100] Amyotrophic Lateral Sclerosis 1 (1.2%) [110] Parkinson's 1 (1.2%) [88] People recovering from joint surgery 1 (1.2%) [87] Chronic pain 1 (1.2%) [120] College students with special needs 1 (1.2%) [60] Among the 85 papers included, 20 (24%) were empirical studies (four of which were preprints), and the vast majority (76%) were non-empirical (e.g., perspective papers). Fifty-one papers (61%) had no geographical focus (e.g., were applicable across locations).…”
Section: Characteristics Number (%) Citationsmentioning
confidence: 99%
“…Free communication platforms [44,59,[73][74][75][76] Readily available web-based training [77][78][79] Standardized documentation and real time reporting to improve quality of care [80] Digital photographs and asynchronous sharing to circumvent connectivity issues [77] Wearable devices, remote monitoring sensors and other technologies as early warning tools [59,81] Automatic speech analysis for diagnosis and monitoring of dementia [82] Enhanced integration of specialty expertise care of nursing home residents [70,83] Possibility of daily community collaborative rounds involving multiple services providers in nursing homes [84] Technology that is easy to understand pertaining to different interfaces, passwords, and maintenance [56,70] T-Threats Ambiguous/technical jargon for descriptive terms [85] Large variability of available telehealth platforms [70] Lack of sustained insurance reimbursement [11] Digital divide for some due to lack of equipment, limited literacy, and lack of assistance [56,63,72,[86][87][88][89][90][91][92][93] Ageism/stigma leading to de-prioritization of older people [94,95] Failure to include older people in standardizing telehealth [56] Lack of tested clinical tools for telehealth use [65,96] Technical failures and patient dropout …”
Section: O-opportunitiesmentioning
confidence: 99%