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Abstract

Objective:

The authors investigated adaptations to outpatient care delivery and changes in treatment demand and engagement among patients receiving medications for opioid use disorder (MOUD) in the months after the declaration of the COVID-19 public health emergency in 2020.

Methods:

Data were collected through an online survey (June–November 2020) of outpatient MOUD prescribers. The survey obtained information on outpatient practices’ adaptations to MOUD treatment and urine drug screening (UDS) and elicited provider views on the effects of the COVID-19 pandemic on patient demand for, and engagement in, treatment. Multivariable regression analyses were used to examine associations among practice characteristics, patient engagement, and service adaptations.

Results:

Of 516 respondents, 74% reported adaptations to MOUD delivery during the pandemic. Most respondents implemented virtual visits for initial (67%) and follow-up (77%) contacts. Prescribers of buprenorphine were more likely than those who did not prescribe the medication to report MOUD adaptations. Among respondents reporting any MOUD adaptation, 77% made adaptations to their UDS practices. Among 513 respondents who answered COVID-19–related questions, 89% reported that the pandemic had affected the treatment and engagement of their patients. Of these respondents, 30% reported increased difficulty with patient engagement, and 45% reported that their patients preferred virtual visits during this period, whereas 18% endorsed patient preference for in-person visits.

Conclusions:

Telehealth and federal regulatory easements in response to the COVID-19 pandemic enabled providers to continue treating patients for opioid use disorder in 2020. The results suggest that care adaptations and changes in patient demand and engagement were common in the practices surveyed.

HIGHLIGHTS

This study explored the views of outpatient practitioners who manage opioid use disorder and who responded to a survey for an addiction medicine practice–based research network.
The survey examined adaptations to care delivery and changes in patient engagement during the COVID-19 pandemic in 2020, with >500 practitioners in 48 U.S. states participating.
Most practitioners reported adapting their medication prescribing practices for opioid use disorder, including using virtual visits and reducing frequency of urine drug screening, with buprenorphine prescribers being more likely than those who do not prescribe the medication to report adaptations.
Most respondents reported that the pandemic had affected patient demand and engagement.
The COVID-19 pandemic occurred as the public health response to the U.S. opioid crisis was gaining momentum (1, 2). The pandemic strained the U.S. health care system, resulting in insufficient access to opioid use disorder treatment and contributing to increased incidence of opioid use and overdose (3, 4). Concurrently, the pandemic created opportunities for innovation in delivering general, mental, and behavioral health care (5). Across the country, health care facilities reported adaptations to care delivery—such as use of telehealth, remote management, and other workflow changes—to limit treatment disruptions and to minimize the risk for COVID-19 transmission among staff and patients (68). Simultaneously, many facilities reported drastic changes in patient demand and engagement with services as physical distancing guidelines were implemented (9, 10). Within the context of COVID-19–related disruptions and innovations, in this study we explored adaptations to care delivery among U.S. outpatient practices serving patients with opioid use disorder during the pandemic. We also examined whether these practices experienced changes in patient demand and engagement during this period.
Outpatient care has an increasingly central role in diagnosing and managing opioid use disorder (11). Office-based providers of medications for opioid use disorder (MOUD) prescribe buprenorphine and can administer extended-release formulations of buprenorphine and naltrexone. Treatment in these settings has historically involved engaging patients through in-person encounters (12). Social distancing protocols for COVID-19 disrupted such in-person treatment and led to easement of federal regulations to facilitate MOUD access. Importantly, the U.S. Drug Enforcement Administration (DEA) issued temporary regulations permitting physicians and other authorized practitioners to prescribe buprenorphine via videoconferencing or telephone visits to new and existing patients experiencing opioid use disorder during the COVID-19 public health emergency in the United States (13, 14).
Despite the regulatory easements, most individuals with opioid use disorder remain untreated or undertreated (15). This treatment shortfall warrants deeper understanding of measures taken to promote MOUD access, especially during a public health disaster. The Addiction Medicine Practice–Based Research Network (AMNet)—an innovative learning and research system developed to help understand management of opioid use disorder in office-based practices and outpatient treatment programs (16, 17)—represents one such approach. As part of AMNet, we conducted a brief recruitment survey inquiring about general practice characteristics, patient demand and engagement, as well as adaptations to care delivery during the COVID-19 pandemic. In this study, we delineated the survey results from a period before a COVID-19 vaccine was available, that is, in June–November 2020. Given the duration of the pandemic, and continued public health guidance to exercise caution with travel and social contact, we expected that outpatient practices and their providers would report continued adaptations to care delivery. We also expected that most respondents would report changes in patient demand and engagement during this time.

Methods

Study Design

The AMNet Recruitment Survey is an online survey of medical practices and their providers who provide outpatient medication treatment focused on opioid use disorder within non–opioid treatment programs for substance use disorders. Practices eligible for the survey could have physicians, nurse practitioners, physician assistants, and nonprescribing mental health providers. The survey captured information on practice characteristics, practices’ adaptations to care delivery for opioid use disorder since the declaration of the COVID-19 public health emergency, as well as the impact of the pandemic (18) on patient demand and engagement. The survey was implemented after the DEA issued regulatory easements regarding telehealth MOUD management.

Recruitment and Sampling

Potential respondents completed an online survey, via Alchemer (https://www.alchemer.com), that was distributed broadly by the American Psychiatric Association (APA) and by the American Society of Addiction Medicine through their promotional channels (i.e., newsletters, e-mails, social media, membership Listservs, and advertisements in APA’s e-newsletter, Psychiatric News). Postcards advertising the survey were mailed to buprenorphine providers certified by the Substance Abuse and Mental Health Services Administration who were eligible to treat ≥100 patients. AMNet investigators also publicized the survey during presentations at professional conferences. For this study, we purposively sampled physician and nonphysician (nurse practitioners and physician assistants) prescribers. The eligible study sample (N=569) was drawn from a total of 643 respondents as of November 22, 2020 (see Figure S1 in the online supplement to this article).

Measures

The AMNet Recruitment Survey (https://bit.ly/3gSHOHq) comprised two sections. Section 1 inquired about general practice characteristics, including location (urban, rural, or suburban), practice type (solo, group, community health or mental health center, state-certified substance use treatment program, or other), types of clinicians (physician, nurse practitioner, physician assistant, therapist, or counselor), whether the practice was covered by federal alcohol and drug confidentiality regulations (part 2 of Title 42 of the Code of Federal Regulations [42 CFR]: yes vs. no), and whether the practice provided buprenorphine prescriptions (yes vs. no), extended-release naltrexone (XR-NTX) for opioid use disorder (yes vs. no), and XR-NTX for alcohol use disorder (yes vs. no). The last question in section 1 of the survey asked respondents whether they were willing (yes vs. no) to answer questions about the practice’s experience during the COVID-19 pandemic. Only respondents who answered yes to the last question were asked to complete section 2.
Section 2 of the survey was adapted from a similar survey (18). Respondents were asked whether MOUD adaptations had been made (yes vs. no) in response to the COVID-19 pandemic and, if so, what the adaptations were (i.e., changes to urine drug screening [UDS], visit type, buprenorphine prescription duration [e.g., weekly or more], refill frequency, and injectable naltrexone administration). Respondents also were asked whether the practice’s patients had been “impacted by COVID-19” (yes vs. no) and, if so, what the impacts were (increase or decrease in demand for visits, preference for virtual vs. in-person MOUD appointments, difficulty engaging or retaining patients in care, and changes in treatment retention). The adaptation and impact questions allowed respondents to select multiple responses.

Main Variables of Interest and Study Approval

For this study, the primary dependent variables were MOUD adaptation, UDS adaptation, and impact on patients. Practice characteristics (e.g., practice location and type, prescriber type, and 42 CFR part 2) were independent variables that were used to examine factors associated with MOUD adaptation, UDS adaptation, and patient impact. Prescriber type was physician versus nonphysician prescribers (nurse practitioners and physician assistants). The survey was approved by the APA Institutional Review Board.

Analysis

Frequency distributions were calculated for practice and prescriber characteristics, adaptations to care delivery, and changes in patient demand and engagement. Further descriptive analyses were conducted to characterize changes to MOUD visits, MOUD management, UDS practices, and patient demand and engagement. Bivariate analyses were used to assess differences in general practice characteristics by MOUD adaptation (yes vs. no), UDS adaptation (yes vs. no), and patient impact (yes vs. no). These bivariate results, including unadjusted logistic models, informed the decision which variables to include in stepwise multivariable logistic regression models in order to explore whether general practice and prescriber characteristics predicted MOUD adaptation, UDS adaptation, and patient impact. Because of high correlation between practices prescribing XR-NTX for alcohol use disorder and those prescribing XR-NTX for opioid use disorder (Spearman correlation coefficient ρ=0.83, p<0.001), these two variables were not included in the same multivariable adjusted models. Using a 26:1 ratio of those who prescribed buprenorphine (N=494) relative to those who did not (N=19), we conducted post hoc sensitivity analyses with case-control designs (i.e., 1:2 and 1:3 ratios of cases [nonprescribers] to controls [prescribers]) on the basis of buprenorphine prescribing (no vs. yes) to assess the robustness of findings across all outcomes. All analyses were conducted with SAS, version 9.4, with α=0.05 as the cutoff value for statistical significance.

Results

Sample Characteristics

In total, 569 practitioners from outpatient opioid use disorder treatment settings in 48 U.S. states (excluding South Dakota and Wyoming) responded to section 1 of the AMNet Recruitment Survey (see the online supplement). Most eligible respondents were physician prescribers (92%), from urban (43%) or suburban areas (36%), and in group (32%) or solo practices (27%) (Table 1). Of these respondents, 533 (94%) agreed to complete the COVID-19 items in section 2, of whom 516 (97%) responded to one or more questions in this section. Respondents completing one or more COVID-19 items were similar to those who did not complete these items on all practice characteristics, except for practice type and buprenorphine prescription status (yes vs. no). Respondents who did not complete the COVID-19–related questions were more likely to be in the “other” practice type category (χ2=8.54, df=2, p=0.01), which included outpatient facilities of the U.S. Department of Veterans Affairs, academic centers, and hospitals. Moreover, the practices and their providers who did not prescribe buprenorphine were less likely to complete questions on impacts of the COVID-19 pandemic (χ2=11.35, df=1, p<0.001).
TABLE 1. Practice characteristics of outpatient prescribers of medications for opioid use disorder (MOUD) and responsiveness to survey questionsa
CharacteristicTotal (N=569 providers)Responded to questions about their experience during the COVID-19 pandemicχ2dfpResponded to question about patient impact or MOUD adaptation to COVID-19 emergency declarationχ2dfp
NoYesNoYes
N%N%N%N%N%
Prescriber type.071.79.021.88
 Physician52392299149092499247492
 Nonphysician4683943848428
 Total5691003210053310053100516100
Practice location.282.871.752.42
 Rural1212182511221142710721
 Suburban20436113419336152818936
 Urban24343134122743244521943
 Total5681003210053210053100515100
Practice type8.542.0115.152<.001
 Solo155275151502871314829
 Group1793261917232112116832
 Other23441216621040356619939
 Total5681003210053210053100515100
Practice prescribes buprenorphine.201.6511.351<.001
 Yes53695309450595428649496
 No26526245714194
 Total5621003210052910049100513100
Practice prescribes XR-NTX for opioid use disorder1.531.22.0011.96
 Yes42375278439575377538675
 No1392551613425122512725
 Total5621003210052910049100513100
Practice prescribes XR-NTX for alcohol use disorder.451.50.021.88
 Yes43076268140376377539376
 No1332461912724122512124
 Total5631003210053010049100514100
Covered by 42 CFR part 2.801.37.0011.99
 Yes45282288742381408241282
 No1021841398199189318
 Total5541003210052110049100505100
a
Percentages were calculated on the basis of totals within the main categories; some survey items were missing participant responses. CFR, Code of Federal Regulations; XR-NTX, extended-release naltrexone.

MOUD Adaptations

Of the 516 respondents to section 2 of the survey, 74% (N=381) reported MOUD adaptations in response to the COVID-19 pandemic (Table 2). Practice type or location or prescriber type did not significantly differ between respondents who reported MOUD adaptations and those who did not. However, 99% of respondents who made MOUD adaptations prescribed buprenorphine, compared with 90% of those who did not make MOUD adaptations. This difference remained statistically significant even after the analyses were adjusted for practice characteristics (adjusted OR [AOR]=7.70). We conducted post hoc sensitivity analyses to examine the robustness and reliability of the findings (Table 2). A case-control design with a 1:3 ratio of randomly selected buprenorphine prescribers (control group; N=57) and respondents who did not prescribe the medication (case group; N=19) showed similar differences (AOR=15.04), indicating robustness of the findings; the same was true when a 1:2 ratio was used (AOR=12.04) (Table 2).
TABLE 2. Odds of adaptations to medications for opioid use disorder (MOUD) prescribing in response to the COVID-19 emergency declaration, by outpatient practice characteristica
CharacteristicMOUD adaptation (N=516 providers)χ2dfpAOR95% CIpSensitivity analysisb
NoYes1:2 case-control ratio1:3 case-control ratio
N%N%AOR95% CIpAOR95% CIp
Practice location.782.68.53.86.43
 Rural251982221.28.72–2.291.72.21–14.002.53.47–13.55
 Suburban533913635.91.57–1.45.99.12–8.30.87.24–3.07
 Urban (reference)574216243
 Total135100380100
Practice type2.272.32.20.27.33
 Solo3224116301.48.86–2.5812.61.51–311.713.20.53–19.54
 Group (reference)473512132
 Other564114338.91.56–1.49.8.13–4.99.93.24–3.64
 Total135100380100
Prescriber type1.221.27.14.27.03
 Physician (reference)1219035393
 Nonphysician1410287.59.29–1.20.18.01–3.93.14.02–.84
 Total135100381100
Prescribes buprenorphine22.831<.001<.001.01<.001
 Yes12190373997.702.61–22.7612.042.10–69.0715.042.98–75.85
 No (reference)141051
 Total135100378100
Prescribes XR-NTX for opioid use disorder1.681.20.51.01.28
 Yes9671290771.18.72–1.939.051.65–49.59.43.09–2.04
 No (reference)39298823
 Total135100378100
Prescribes XR-NTX for alcohol use disorderc.341.56
 Yes1007529377
 No34258723
 Total134100380100
Covered by 42 CFR part 22.531.11.09.13.08
 Yes10077312831.57.93–2.6613.25.45–388.635.39.81–35.87
 No (reference)30236317
 Total130100375100
a
Percentages were calculated on the basis of totals within the main categories; some survey items were missing participant responses. AOR, adjusted OR; CFR, Code of Federal Regulations; XR-NTX, extended-release naltrexone.
b
Thirty-eight and 57 buprenorphine prescribers were randomly selected for the control group in the 1:2 and 1:3 ratio analyses, respectively, and 19 respondents who did not prescribe the medication were in the case group.
c
Prescription of XR-NTX for alcohol use disorder was highly correlated with XR-NTX prescription for opioid use disorder, so the odds for the former were not estimated in the analysis.

UDS Adaptations

Of the 381 respondents who reported any MOUD adaptations in response to the COVID-19 pandemic, 379 answered the question about UDS adaptations, 77% of whom made UDS adaptations (Table 3). Overall, 99% of buprenorphine prescribers who completed the UDS adaptation question made UDS adaptations. Similarly, 77% of respondents who prescribed XR-NTX for alcohol use disorder or opioid use disorder reported making UDS adaptations. After the analyses were adjusted for practice characteristics, these differences were no longer statistically significant. The sample of respondents who did not prescribe buprenorphine was too small for sensitivity analyses on UDS adaptation.
TABLE 3. Odds of adaptations to urine drug screening (UDS) in response to the COVID-19 emergency declaration, by outpatient practice characteristica
CharacteristicUDS adaptation (N=379 providers)χ2dfpAOR95% CIp
NoYes
N%N%
Practice location.272.88.69
 Rural182164221.19.61–2.30
 Suburban2934107361.28.72–2.30
 Urban (reference)384512242
 Total85100293100
Practice type.212.90.49
 Solo28338830.80.43–1.50
 Group (reference)26309432
 Other3237110381.18.64–2.19
 Total86100292100
Prescriber type.031.87.94
 Physician (reference)809327192
 Nonphysician67228.97.37–2.52
 Total86100293100
Prescribes buprenorphine3.961.05.08
 Yes8397288995.24.85–32.50
 No (reference)3321
 Total86100290100
Prescribes XR-NTX for opioid use disorder.011.92.85
 Yes647622477.94.52–1.73
 No (reference)20246823
 Total84100292100
Prescribes XR-NTX for alcohol use disorderb.021.90
 Yes657622677
 No20246723
 Total85100293100
Covered by 42 CFR part 21.221.27.17
 Yes748723682.59.28–1.25
 No (reference)11135218
 Total85100288100
a
Percentages were calculated on the basis of totals within the main categories; some categories were missing responses. AOR, adjusted OR; CFR, Code of Federal Regulations; XR-NTX, extended-release naltrexone.
b
Prescription of XR-NTX for alcohol use disorder was highly correlated with XR-NTX prescription for opioid use disorder, so the odds for the former were not estimated in the analysis.

Patient Impact

Of the 516 respondents to the COVID-19 component of the survey, 513 (99%) completed the question, “Were your patients impacted by COVID-19?” (Table 4). Of these respondents, 89% (N=458) indicated that their patients were affected by COVID-19. Buprenorphine prescribers were more likely to indicate an impact of the pandemic on patients compared with those who did not prescribe the medication (χ2=5.60, df=1, p=0.02). However, this difference was no longer statistically significant when the analyses were controlled for practice characteristics (AOR=2.84). Similar findings were observed in the sensitivity analyses.
TABLE 4. Odds of the COVID-19 emergency declaration having an impact on patients, by outpatient practice characteristica
CharacteristicCOVID-19–related impact on patients (N=513 providers)χ2dfpAOR95% CIpSensitivity analysisb
NoYes1:2 case-control ratio1:3 case-control ratio
N%N%AOR95% CIpAOR95% CIp
Practice location1.202.55.57.77.74
 Rural112095211.23.57–2.661.33.12–14.752.17.29–16.11
 Suburban1731171371.43.73–2.812.14.28–16.701.52.30–7.55
 Urban (reference)274919142
 Total55100457100
Practice type.802.67.88.24.43
 Solo173113129.88.57–2.663.72.26–52.52.90.15–5.41
 Group (reference)152715233
 Other234217438.83.41–1.705.99.67–53.602.59.47–14.37
 Total55100457100
Prescriber type1.691.19.11.48.87
 Physician (reference)488742392
 Nonphysician713358.48.20–1.17.31.01–8.091.23.11–13.85
 Total55100458100
Prescribes buprenorphine5.601.02.07.24.19
 Yes5091442972.84.92–8.833.58.42–30.303.06.59–15.99
 No (reference)59133
 Total55100455100
Prescribes XR-NTX for opioid use disorder6.311.01.02.40.98
 Yes3361350772.081.10–3.902.54.29–22.43.98.18–5.35
 No (reference)213910623
 Total54100456100
Prescribes XR-NTX for alcohol use disorderc4.421.04
 Yes356535578
 No193510222
 Total54100457100
Covered by 42 CFR part 2.0041.94.78.25.38
 Yes458236481.90.41–1.943.54.41–30.66.42.06–2.98
 No (reference)10188319
 Total55100447100
a
Percentages were calculated on the basis of totals within the main categories; some categories were missing responses. AOR, adjusted OR; CFR, Code of Federal Regulations; XR-NTX, extended-release naltrexone.
b
Thirty-six and 54 buprenorphine prescribers were randomly selected for the control group in the 1:2 and 1:3 ratio analyses, respectively, and 18 respondents who did not prescribe the medication were in the case group.
c
Prescription of XR-NTX for alcohol use disorder was highly correlated with XR-NTX prescription for opioid use disorder, so the odds for the former were not estimated in the analysis.

Practice Adaptations and Changes in Patient Demand, Engagement, and Retention

Most respondents adapted their MOUD delivery by implementing virtual visits for initiation of care (67%, N=256 of 381) and follow-up visits (77%, N=292 of 381). The proportion of those who offered virtual visits only was similar for initiation and follow-up. Compared with pre–COVID-19, 30% of practices reported writing prescriptions for longer durations, with 15% writing prescriptions for more refills (Table 5). The providers reported small increases in buprenorphine prescribing (5%) and XR-NTX administration (4%).
TABLE 5. COVID-19 pandemic–related outpatient practice adaptations and changes in patient demand and engagement among prescribers of medications for opioid use disorder (MOUD)
MOUD practice adaptation or patient impactProviders reporting pandemic-related change
N%
Initial visit (N=381)
 Does not offer virtual visits11029
 Offers virtual and in-person visits18448
 Offers only virtual visits7219
Follow-up visit (N=378)
 Does not offer virtual visits82
 Offers virtual and in-person visits22660
 Offers only virtual visits6617
 In-person visits are less frequent but no longer than 1 month apart205
 Visits are as frequent but a combination of virtual and in-person visits11932
 Visits are as frequent and virtual only308
 Visits are less frequent and virtual only92
Management practices compared with pre–COVID-19 (N=378)
 Prescriptions for longer durations11230
 Prescriptions for shorter durations267
 Prescriptions for more refills5815
 Prescriptions for fewer refills123
 Administration of more injectable buprenorphine or inserting more buprenorphine implants185
 Administration of more injectable naltrexone for opioid use disorder154
Urine drug screening (UDS) (N=293)
 Reduced frequency of UDS for established patients24283
 Initial UDS on new patients only3813
 No longer offering UDS166
 Offering virtual UDS269
Impact on patient care (N=513)
 Demand for visits has increased16031
 Demand for visits has decreased5010
 Patients prefer virtual visits for appointments23245
 Patients prefer in-person visits for appointments9018
 Easier to engage patients7114
 More difficult to engage patients15530
 Treatment retention unchanged15029
Among 293 respondents who made UDS adaptations, 83% reduced the frequency of UDS for established patients, and 13% moved to conducting initial UDS on new patients only. A few practices (9%) indicated that they offered virtual UDS screening. Approximately 31% of practices reported increases in patient demand for MOUD visits, and 10% reported decreases. Overall, 30% of the practices reported more difficulty engaging patients, whereas 14% reported less difficulty. About 45% of practices observed that their patients preferred virtual visits for MOUD appointments. Only 29% of practices reported that patient retention was unchanged.

Discussion

During the COVID-19 pandemic, health care facilities adapted care delivery to continue providing treatment while reducing the risk for viral transmission. This study presents the results of a brief online survey of U.S. outpatient practitioners describing the impact of the pandemic on the treatment of patients with opioid use disorder before COVID-19 vaccines became available. Most practices reported adaptations to MOUD management practices, including UDS adaptations, in response to the pandemic. Most respondents who reported making such MOUD adaptations were buprenorphine prescribers. Among those who made the adaptations, many offered at least some virtual visits and reduced the frequency of UDS for established patients. These findings were similar to those of a study (18) of adaptations for opioid use disorder treatment in primary care practices in California, where >90% of participating clinics reported making practice adaptations, including prescribing buprenorphine for longer durations (65%) and reducing UDS (67%). Our findings are also supported by those of a qualitative study (19) of MOUD providers in New Jersey who hoped that the temporary regulatory changes to permit remote prescription of buprenorphine would become permanent.
Our respondents’ reports of increased virtual visits reflected the regulatory telehealth easements implemented for MOUD during the COVID-19 pandemic. In another recent survey (20) of opioid use disorder treatment clinicians, one-third reported that they had initiated remote buprenorphine induction during the pandemic. In that study, predictors of this MOUD adaptation were higher patient volume, previous telehealth prescribing to established MOUD patients, and closure of the practice facilities because of the pandemic.
Most practices in our study reported that the COVID-19 pandemic had affected their patients. The practices providing XR-NTX for opioid use disorder reported impacts of the pandemic on patients’ treatment, likely because XR-NTX is administered via intramuscular injection, which cannot be done remotely. This result paralleled other findings (21) indicating that, compared with buprenorphine, XR-NTX was provided less frequently during the pandemic. These findings indicate an important barrier to access for patients receiving XR-NTX during the earlier stages of the pandemic.
Most survey respondents reported having virtual-only initial visits or a combination of virtual and in-person initial visits during the COVID-19 pandemic, which likely reflected the more flexible regulatory environment created by the pandemic. Before the pandemic, telehealth was underused by patients with substance use disorders. For example, a population-based, retrospective study (22) of 2010–2017 claims data estimated that the rate of telehealth visits for substance use disorders was only three visits per 1,000 patients with any substance use disorder diagnosis in 2017. Among individuals diagnosed as having opioid use disorder, the study estimated that <1% had received a telehealth visit in a given year. Expanded virtual offerings for opioid use disorder care, made possible by regulatory changes in response to the pandemic, likely increased access to care for all patients but especially for those facing transportation or time barriers (23). In our survey, 45% of the respondents reported that their patients preferred virtual visits compared with 18% who reported that their patients preferred in-person visits.
Service continuity and patient safety are key considerations for people with opioid use disorder, especially when care and supervision are received remotely (2426). Our findings of patients’ preference for virtual visits suggest a favorable risk-benefit profile for virtual care (27). However, in-person interactions can support patient engagement and accountability for desired health behaviors, and receipt and effectiveness of care may also be influenced by the engagement strategy and treatment environment (28). Because 30% of practices reported more difficulty in engaging patients, and 14% reported less difficulty, comparative effectiveness research on varied approaches to virtual engagement would be valuable. Such research could include examining asynchronous care, digital therapeutics, remote drug testing, and implications of reducing telehealth or telephone prescribing for buprenorphine (29).
This study had several limitations. Initially, data were collected to determine practices’ eligibility to participate in AMNet, in which practices had to have at least 100 patients, of whom at least 26% were treated for opioid use disorders. Consequently, our findings may not be generalizable to all U.S. outpatient practices. We did not identify survey respondents by practice; therefore, some group practices may have been overrepresented (i.e., if multiple practitioners from the same group practice responded). The study was also limited by the collection of data before the availability of COVID-19 vaccines in the United States. Some practices that shifted to telehealth during the early phase of the pandemic may have returned to in-person treatment for some or all patients after such vaccines became available.
Nonetheless, our findings are valuable, because further disruptions to care are likely, such as those due to Hurricane Sandy and the September 11, 2001, tragedy (3032). A study exploring practice adaptations over time would provide information about long-term patterns and sustainability. The rapid changes to care delivery by health care facilities and systems in response to the pandemic have created natural experiments in which to study these issues (33). However, our survey was intentionally brief to reduce time burden, and the survey completion rate was high. Although we used a convenience sampling method, we obtained results from a large sample of practices representing different types of clinicians working in varied outpatient settings across the country.

Conclusions

The COVID-19 pandemic created challenges for delivery of care to patients with opioid use disorder. These challenges have offered an unprecedented opportunity to assess and reenvision how to best meet the needs of these patients. In this study, we found that about seven of 10 practices providing treatment for patients with opioid use disorder made adaptations to MOUD during the pandemic, most notably increased use of virtual visits and decreased drug testing. As regulations and innovative implementations of care evolve in the context of overlapping pandemics and epidemics—COVID-19 and opioid use (34)—health services researchers and clinicians will continue to explore ways to enhance the reach of, and engagement of patients in, opioid use disorder treatment and recovery.

Acknowledgments

The authors acknowledge the role of Dr. Amy Goldstein at NIDA on the project and for valuable comments on the manuscript.

Supplementary Material

File (appi.ps.202100507.ds001.pdf)

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Information & Authors

Information

Published In

Go to Psychiatric Services
Go to Psychiatric Services
Psychiatric Services
Pages: 258 - 267
PubMed: 37855101

History

Received: 20 August 2021
Revision received: 20 July 2023
Accepted: 26 July 2023
Published online: 19 October 2023
Published in print: March 01, 2024

Keywords

  1. Opioid use disorders
  2. Buprenorphine treatment
  3. Telehealth
  4. Patient engagement
  5. Drug abuse
  6. Patient compliance

Authors

Details

Xinzhe Zhou, M.Sc.
Division of Research, American Psychiatric Association, Washington, D.C. (Zhou, Thompson, Rahman, Patel, Gibson, Casanova, Clarke); Quality and Science Department, American Society of Addiction Medicine, Rockville, Maryland (Pagano); Friends Research Institute, Baltimore (Ibrahim, Schwartz, Vocci); Department of Mental Health, Johns Hopkins Bloomberg School of Public Health, Baltimore (Clarke).
Laura K. Thompson, M.S.
Division of Research, American Psychiatric Association, Washington, D.C. (Zhou, Thompson, Rahman, Patel, Gibson, Casanova, Clarke); Quality and Science Department, American Society of Addiction Medicine, Rockville, Maryland (Pagano); Friends Research Institute, Baltimore (Ibrahim, Schwartz, Vocci); Department of Mental Health, Johns Hopkins Bloomberg School of Public Health, Baltimore (Clarke).
Anna Pagano, Ph.D.
Division of Research, American Psychiatric Association, Washington, D.C. (Zhou, Thompson, Rahman, Patel, Gibson, Casanova, Clarke); Quality and Science Department, American Society of Addiction Medicine, Rockville, Maryland (Pagano); Friends Research Institute, Baltimore (Ibrahim, Schwartz, Vocci); Department of Mental Health, Johns Hopkins Bloomberg School of Public Health, Baltimore (Clarke).
Nusrat Rahman, Ph.D.
Division of Research, American Psychiatric Association, Washington, D.C. (Zhou, Thompson, Rahman, Patel, Gibson, Casanova, Clarke); Quality and Science Department, American Society of Addiction Medicine, Rockville, Maryland (Pagano); Friends Research Institute, Baltimore (Ibrahim, Schwartz, Vocci); Department of Mental Health, Johns Hopkins Bloomberg School of Public Health, Baltimore (Clarke).
Sejal Patel, M.P.H.
Division of Research, American Psychiatric Association, Washington, D.C. (Zhou, Thompson, Rahman, Patel, Gibson, Casanova, Clarke); Quality and Science Department, American Society of Addiction Medicine, Rockville, Maryland (Pagano); Friends Research Institute, Baltimore (Ibrahim, Schwartz, Vocci); Department of Mental Health, Johns Hopkins Bloomberg School of Public Health, Baltimore (Clarke).
Debbie Gibson, M.Sc.
Division of Research, American Psychiatric Association, Washington, D.C. (Zhou, Thompson, Rahman, Patel, Gibson, Casanova, Clarke); Quality and Science Department, American Society of Addiction Medicine, Rockville, Maryland (Pagano); Friends Research Institute, Baltimore (Ibrahim, Schwartz, Vocci); Department of Mental Health, Johns Hopkins Bloomberg School of Public Health, Baltimore (Clarke).
Adila Ibrahim, M.Sc.
Division of Research, American Psychiatric Association, Washington, D.C. (Zhou, Thompson, Rahman, Patel, Gibson, Casanova, Clarke); Quality and Science Department, American Society of Addiction Medicine, Rockville, Maryland (Pagano); Friends Research Institute, Baltimore (Ibrahim, Schwartz, Vocci); Department of Mental Health, Johns Hopkins Bloomberg School of Public Health, Baltimore (Clarke).
Barbara Casanova, B.A.
Division of Research, American Psychiatric Association, Washington, D.C. (Zhou, Thompson, Rahman, Patel, Gibson, Casanova, Clarke); Quality and Science Department, American Society of Addiction Medicine, Rockville, Maryland (Pagano); Friends Research Institute, Baltimore (Ibrahim, Schwartz, Vocci); Department of Mental Health, Johns Hopkins Bloomberg School of Public Health, Baltimore (Clarke).
Robert P. Schwartz, M.D.
Division of Research, American Psychiatric Association, Washington, D.C. (Zhou, Thompson, Rahman, Patel, Gibson, Casanova, Clarke); Quality and Science Department, American Society of Addiction Medicine, Rockville, Maryland (Pagano); Friends Research Institute, Baltimore (Ibrahim, Schwartz, Vocci); Department of Mental Health, Johns Hopkins Bloomberg School of Public Health, Baltimore (Clarke).
Frank J. Vocci, Ph.D.
Division of Research, American Psychiatric Association, Washington, D.C. (Zhou, Thompson, Rahman, Patel, Gibson, Casanova, Clarke); Quality and Science Department, American Society of Addiction Medicine, Rockville, Maryland (Pagano); Friends Research Institute, Baltimore (Ibrahim, Schwartz, Vocci); Department of Mental Health, Johns Hopkins Bloomberg School of Public Health, Baltimore (Clarke).
Diana E. Clarke, Ph.D. [email protected]
Division of Research, American Psychiatric Association, Washington, D.C. (Zhou, Thompson, Rahman, Patel, Gibson, Casanova, Clarke); Quality and Science Department, American Society of Addiction Medicine, Rockville, Maryland (Pagano); Friends Research Institute, Baltimore (Ibrahim, Schwartz, Vocci); Department of Mental Health, Johns Hopkins Bloomberg School of Public Health, Baltimore (Clarke).

Notes

Send correspondence to Dr. Clarke ([email protected]).

Competing Interests

Dr. Schwartz has served as a consultant for Verily Life Sciences and as one of multiple principal investigators for a National Institute on Drug Abuse cooperative study that received free medications from Alkermes and Indivior. Dr. Vocci has served as a consultant to Lyndra Therapeutics, Takeda Pharmaceuticals, and a group of generic buprenorphine manufacturers; he has received free medications from Alkermes and Braeburn for clinical studies, meals from Braeburn, and meals and travel reimbursements from IntraTab Labs, Lyndra Therapeutics, Takeda Pharmaceuticals, and a group of generic buprenorphine manufacturers. Dr. Clarke has served on the Mental Health Landscape Project Advisory Panel for RAND, a project funded by Otsuka. The other authors report no financial relationships with commercial interests.

Funding Information

This project was supported by grant 3U01 DA-046910-02S2 from the National Institute on Drug Abuse (NIDA), with additional funding from the Office of the Secretary, Patient-Centered Outcomes Research Trust Fund (interagency agreement number 750120PE080047).The contents of this article are solely the responsibility of the authors and do not necessarily represent the official views of the NIH or the U.S. Department of Health and Human Services.

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