key: cord-0708430-867clgfp
authors: Prescott, Hallie C.; Cheng, Bonnie; Abshire, Chelsea; O’Malley, Megan; Flanders, Scott A.; Tipirneni, Renuka; Chopra, Vineet
title: Variation in Scheduling and Receipt of Primary Care Follow-up After Hospitalization for COVID-19 in Michigan
date: 2021-09-14
journal: J Gen Intern Med
DOI: 10.1007/s11606-021-07116-6
sha: 7187236cf9d028c8da025b13323196434bfe2715
doc_id: 708430
cord_uid: 867clgfp

nan

This is an observational cohort study of patients discharged alive from hospitalization for COVID-19 at 38 hospitals in the MI-COVID19 initiative during COVID waves 1 (March-August 2020) and 2 (October-December 2020). Professional abstractors collected data from patient medical records using structured templates 2 . Additionally, patients hospitalized during wave 1 were contacted by telephone to complete a 60-day post-discharge survey that included questions about follow-up care 2 . Measures of interest were scheduling of primary care follow-up prior to discharge and receipt of primary care follow-up within 14 and 30 days of discharge (by telephone, videoconference, or in-person visit). We also examined variation in follow-up practices across hospitals and by hospital type. This study was deemed exempt by the University of Michigan IRB (HUM00179611).

Among 1839 patients discharged alive after hospitalization for COVID-19 during wave 1, scheduling of follow-up prior to discharge was rare. Overall, only 9.0% (166/1839) of patients discharge alive were scheduled for 14-day follow-up and 10.8% (198/1839) for 30-day follow-up. Scheduling varied markedly across hospitals (Fig. 1A) . In sensitivity analyses excluding patients discharged to post-acute care facilities, findings were similar.

Among 683 patients completing the post-hospitalization survey, 53.4% (365/683) had primary care follow-up within 14 days, and 71.3% (487/683) within 30 days of discharge. Follow-up varied across hospitals, ranging from 17.9 to 81.8% for 14-day and 40.0 to 91.7% for 30-day follow-up ( Fig. 1B) . Receipt of 14-day follow-up was more common among patients scheduled for 14-day follow-up prior to discharge (66.7% (44/66) vs 52.0% (321/617), p=0.023), but receipt of 30-day follow-up did not differ by scheduling (80.0% (60/75) vs 70.2% (427/608), p=0.078).

During wave 2, scheduling of primary care follow-up increased but still occurred for only a minority of patients. A total of 23.8% (258/1083) had 14-day and 25.3% (274/1083) 30-day follow-up scheduled prior to discharge. Variation in scheduling persisted across hospitals (Fig. 1C ).

Across waves 1 and 2, scheduled follow-up was higher among patients discharged from non-profit versus for-profit hospitals but similar for patients discharged from teaching versus non-teaching hospitals (Table 1) .

In this multi-hospital cohort of patients hospitalized for COVID-19 in Michigan, there was marked variation in primary care follow-up. Two-week follow-up varied more than 4-fold across hospitals during wave 1, and fewer than 10% of the patients were scheduled for a 14-day follow-up prior to discharge. During wave 2, 25% were scheduled for a 14-day follow-up prior to discharge, but hospital-level variation persisted. At the extremes, four hospitals scheduled no follow-up, while one hospital scheduled follow-up for >90% of patients.

Outpatient follow-up visits are a key opportunity to screen for, acknowledge, and address the multi-faceted symptoms after COVID-19 1 and other acute illnesses. While the long- (N=33 hospitals; 1824 patients) . Each bar represents one hospital; the number of patients per hospital is shown above each bar. Hospitals with fewer than 10 eligible patients are not shown (N=4 hospitals; 15 patients). Navy and royal horizontal lines depict the overall proportion of hospitalizations with scheduled 14-day and 30-day follow-up, respectively, prior to discharge. Panel B Variation in receipt of primary care follow-up by the hospital during wave 1 Primary care follow-up within 14 days (navy) and 30 days (royal) of hospital discharge, by hospitals (N = 22 hospitals; 620 patients). Each bar represents one hospital; the number of patients per hospital is shown above each bar. Hospitals with fewer than 10 patients completing telephone follow-up are not shown (N=13 hospitals; 63 patients). Navy and royal horizontal lines depict the overall proportion of hospitalizations with 14-day and 30-day follow-up, respectively. Panel C Variation in scheduled primary care follow-up across hospitals during wave 2. Primary care follow-up scheduled prior to discharge to occur within 14 days (navy) and 15-30 days (royal), and at any point (light blue), by the hospital (N=27 hospitals; 1063 patients). Each bar represents one hospital; the number of patients per hospital is shown above each bar. Hospitals with fewer than 10 eligible patients are not shown (N=4 hospitals; 20 patients). Navy and royal horizontal lines depict the overall proportion of hospitalizations with 14-day and 30-day follow-up, respectively.

term sequelae of COVID-19 were not well-known until wave 2, 2-week follow-up is encouraged by the Centers for Medicare and Medicaid Services and may accelerate evaluation and management of problematic symptoms (e.g., functional impairments) after hospitalization. Thus, while our data are specific to COVID-19 hospitalization, they also reflect a broader issue of care fragmentation and poor transition from hospital to primary care 6 . Limitations of this study include ascertainment of primary care scheduling and visits from the medical record and patients' self-report, respectively. Furthermore, receipt of primary care follow-up was measured among a subset of patients who completed a telephone survey. The response rate to this survey was low (42.7%), but demographics and illness severity were similar among respondents versus non-respondents.

This study highlights the incomplete scheduling and receipt of primary care follow-up after COVID-19 hospitalization, as well as marked variation in scheduling practices across hospitals. The reasons for this hospital variation are unclear and warrant further exploration. Enhanced policies and programs to facilitate post-hospitalization follow-up appear necessary.

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The authors thank all the BCBSM Collaborative Quality Initiatives that partnered on data collection, all hospitals that volunteered to be part of the MI-COVID19 Initiative, Elizabeth McLaughlin, Jennifer Horowitz, and Tae Kim for project management. This manuscript does not represent the views of the Department of Veterans Affairs or the US government. This material is the result of work supported with resources and the use of facilities at the Ann Arbor VA Medical Center.