On-site Pharmacist Research Articles

Reprint of: Impact of outpatient pharmacist dispensing in an opioid use disorder clinic

BackgroundMedications for opioid use disorder are effective in reducing opioid deaths, but access can be an issue. Relocating an outpatient pharmacist for weekly buprenorphine dispensing in an outpatient clinic may facilitate coverage for buprenorphine and mitigate access and counseling barriers. ObjectivesThis study aimed to evaluate whether staffing an outpatient resident pharmacist to dispense in the buprenorphine clinic had a positive impact on (1) mean cost per prescription charged to charity care and (2) basic elements of patient satisfaction with the on-site pharmacist. MethodsPatient demographics, buprenorphine formulation, insurance type, and uncovered costs were abstracted from dispensing records in the 16 weeks before the pharmacist clinic presence and 16 weeks with the pharmacist present. The difference in insurance types across the 2 periods was tested using a chi-square test, and the mean uncovered prescription costs charged to charity care for the 2 periods was compared using an independent-samples t test. A brief survey was administered while the pharmacist was on-site to evaluate satisfaction, which was analyzed with frequencies of “yes” responses and free-text comments. ResultsA total of 38 patients received buprenorphine during both the pre- and postperiods. Once the pharmacist was on-site, more patients used Medicaid or private insurance, decreasing the mean uncovered cost per prescription from $55.00 (SD 68.7) to $36.97 (SD 60.1) (P = 0.002). Patients reported high levels of satisfaction with most reporting they were more likely to ask questions, pick up their prescriptions, and take their medicine with the pharmacist in the clinic. ConclusionsThe pharmacist successfully transitioned a portion of prescriptions previously covered by charity care to Medicaid or private insurance. This shift led to a decrease in charity care costs by $2950.20 and a reduction in the average uncovered cost per prescription. The pharmacist’s presence in the clinic seemed to reduce barriers especially related to inconvenience.

Impact of outpatient pharmacist dispensing in an opioid use disorder clinic

BackgroundMedications for opioid use disorder are effective in reducing opioid deaths, but access can be an issue. Relocating an outpatient pharmacist for weekly buprenorphine dispensing in an outpatient clinic may facilitate coverage for buprenorphine and mitigate access and counseling barriers. ObjectivesThis study aimed to evaluate whether staffing an outpatient resident pharmacist to dispense in the buprenorphine clinic had a positive impact on (1) mean cost per prescription charged to charity care and (2) basic elements of patient satisfaction with the on-site pharmacist. MethodsPatient demographics, buprenorphine formulation, insurance type, and uncovered costs were abstracted from dispensing records in the 16 weeks before the pharmacist clinic presence and 16 weeks with the pharmacist present. The difference in insurance types across the 2 periods was tested using a chi-square test, and the mean uncovered prescription costs charged to charity care for the 2 periods was compared using an independent-samples t test. A brief survey was administered while the pharmacist was on-site to evaluate satisfaction, which was analyzed with frequencies of “yes” responses and free-text comments. ResultsA total of 38 patients received buprenorphine during both the pre- and postperiods. Once the pharmacist was on-site, more patients used Medicaid or private insurance, decreasing the mean uncovered cost per prescription from $55.00 (SD 68.7) to $36.97 (SD 60.1) (P = 0.002). Patients reported high levels of satisfaction with most reporting they were more likely to ask questions, pick up their prescriptions, and take their medicine with the pharmacist in the clinic. ConclusionsThe pharmacist successfully transitioned a portion of prescriptions previously covered by charity care to Medicaid or private insurance. This shift led to a decrease in charity care costs by $2950.20 and a reduction in the average uncovered cost per prescription. The pharmacist’s presence in the clinic seemed to reduce barriers especially related to inconvenience.

Pharmacists working in residential aged care: a survey of pharmacist interest and perceived preparedness

BackgroundPharmacists involvement in residential aged care facilities has traditionally been limited to that of an external contractor providing medication reviews, or medication supply.AimTo explore Australian pharmacists’ interest and perceived preparedness to work as on-site pharmacists in residential aged care.MethodNational cross-sectional anonymous online survey open for two weeks (September 17th to October 1st 2022) consisting of Likert-type, multiple choice and multiple selection questions. Australian pharmacists were recruited using a broad advertising strategy which included social and traditional media platforms, and snowball sampling. Data were collected on pharmacist self-reported interest and perceived preparedness to work as on-site aged care pharmacists in residential aged care. Data were analysed using descriptive statistics.ResultsResponses were received from 720 participants, 643 were eligible. Most participants were female (n = 466, 73%) and mean (SD) age was 43.5 (SD 12.5) years. Over half the participants were interested or extremely interested in working as an on-site aged care pharmacist (56%, n = 360), and agreed or strongly agreed (n = 475, 76%) that they felt prepared to work as an on-site aged care pharmacist. Most pharmacists felt prepared to engage in a variety of roles within the facilities (> 73% for each role), including resident and system level roles, and the majority agreed they felt prepared to engage with stakeholders, including general practitioners (93%) and medical specialists (86%).ConclusionPharmacists reported they are interested and feel prepared to work as on-site aged care pharmacists. These findings will inform the roll-out of this new model of care to enhance multidisciplinary collaboration in residential aged care.Graphical

A Digitally Enabled, Pharmacist service to detecT medicine harms in residential aged care (nursing home) (ADEPT): protocol for a feasibility study

IntroductionThis feasibility study aims to develop and test a new model of practice in Australia using digital technologies to enable pharmacists to monitor early signs and symptoms of medicine-induced harms...

Assessing implementation fidelity of an on-site pharmacist intervention within Australian residential aged care facilities: A mixed methods study

BackgroundAn on-site pharmacist (OSP) intervention was implemented which sought to improve medication management within residential aged care facilities (RACFs) in the Australian Capital Territory, Australia. The objectives of this mixed methods study were to evaluate the implementation fidelity of the OSP intervention and to determine the moderating factors which influenced delivery of this intervention.MethodsThis convergent parallel mixed methods study was underpinned by Hasson’s conceptual framework for implementation fidelity. Implementation fidelity for seven intervention RACFs was quantitatively assessed using three quantitative data sets: (1) range of OSP intervention activities delivered; (2) random sample of 10% of medication reviews assessed for quality; (3) proportion of residents who received at least one medication review. Semi-structured interviews (n = 14) with managers and OSPs across the intervention RACFs were conducted to identify moderating factors which may have influenced OSP intervention delivery.ResultsThe OSP intervention was generally delivered as intended with overall medium levels of implementation fidelity. This delivery was supported by a range of facilitation strategies with most participants perceiving that the intervention was delivered to a high standard. RACF managers and OSPs were mostly well engaged and responsive. A number of potential barriers (including the part-time OSP role, COVID-19 pandemic, RACFs spread out over a large area with significant distance between resident dwellings) and facilitators (including the pharmacist support meetings, OSPs who took time to establish relationships, RACF managers who actively supported OSPs and worked with them) for OSP intervention delivery were identified which have potential implications for the roll out of OSPs within Australian RACFs.ConclusionIn this study, the implementation fidelity of OSP intervention delivery was assessed with overall medium levels of fidelity found across the intervention RACFs. This suggested that the OSP intervention can generally be delivered as intended in real world RACFs. OSP intervention delivery was influenced by a range of moderating factors, some of which posed barriers and others which facilitated the OSP intervention being delivered as intended.

Embedded on-site aged care pharmacists in Australia: Insights from early adopters of a new workforce model.

To explore the roles of early adopters of Australia's embedded on-site pharmacist model in supporting quality use of medications in residential aged care facilities (RACFs). Qualitative semistructured interviews were conducted with 15 pharmacists working as embedded on-site pharmacists, or beyond the scope of traditional consultant pharmacist roles in Australian RACFs. Interviews were audio-recorded, transcribed and thematically analysed independently by two investigators using an inductive approach. Deductive analysis was also undertaken using a knowledge broker framework: knowledge manager, linkage agent and capacity builder. Dominant themes were roles and benefits of embedded pharmacists, factors associated with success and challenges. Roles and benefits included (1) resident-level interventions and an enhanced ability to provide collaborative outcome-focussed resident-centred care, including timely input and follow-up, and improved relationships with residents, family and interdisciplinary team; and (2) system-level interventions such as contributing to clinical governance and quality improvement. Factors associated with success included personal capabilities and approach of the pharmacist, and organisational culture and sector-wide support. Challenges included pharmacist workforce shortages, perceived lack of pharmacist readiness and difficulty determining an appropriate service model. Deductive coding demonstrated roles of embedded pharmacists were consistent with all three activities of a knowledge broker. This study highlights the resident- and system-level roles and benefits of embedded on-site pharmacists, and provides a framework for defining this emerging workforce model in Australian RACFs.

Impact of on-site pharmacists in residential aged care facilities on the quality of medicines use: a cluster randomised controlled trial (PiRACF study)

Residents of residential aged care facilities (RACFs) have a high prevalence of use of potentially inappropriate medications (PIMs) and resultant medicines-related harm. This study investigated the effect of an on-site pharmacist model on PIMs use and other medication outcomes for residents in RACFs. A multi-facility, non-blind, cluster randomised controlled trial, with randomisation at the facility level, was conducted. Fifteen facilities enrolled and participated in the study, 7 facilities (560 residents) were allocated to the intervention arm and 8 facilities (737 residents) were allocated to the control arm. Each facility in the intervention arm employed an on-site pharmacist for 12 months to perform medication management activities as part of an interdisciplinary care team. The primary outcome was the proportion of residents taking at least one PIM according to the 2019 Beers® Criteria. Using generalised linear mixed-effects models, accounting for confounders and clustering, there was a significant reduction in the proportion of residents prescribed at least one PIM (odds ratio 0.50, 95% confidence interval, 0.335–0.750; p = 0.001) in the intervention arm. There were also significant decreases in the Anticholinergic Cognitive Burden scale and chlorpromazine equivalent daily dose of antipsychotics. The on-site pharmacist intervention significantly improved the appropriateness of medicines use in RACFs.

Exploration of an On-Site Pharmacist Intervention within Australian Residential Aged Care Facilities Using Normalisation Process Theory: A Mixed-Methods Study

Residents living in residential aged care facilities (RACFs) continue to experience medication-related harm. There is ongoing interest in expanding the role of pharmacists, including on-site pharmacists (OSPs), to help improve medication management in RACFs. The objectives of this mixed-methods study were to explore the extent and ways in which on-site pharmacists (OSPs) were normalised within RACFs as part of a complex intervention seeking to improve medication management. This study consisted of semistructured interviews informed by normalisation process theory (NPT) and a quantitative survey adapted from the normalisation measure development questionnaire (NoMAD) instrument which is underpinned by NPT. Semistructured interviews with prescribers, RACF managers, RACF nursing staff, OSPs, residents, and family members (n = 47) indicated that most participants supported OSPs within RACFs that having OSPs in RACFs made sense and was perceived as beneficial and that participants were invested in working with OSPs who often became part of routine practice, i.e., “normalised.” Prescribers, RACF managers, and nursing staff (health care team members) completed the adapted survey, and their responses (n = 16) strongly complemented the positive qualitative findings. Overall, OSPs were positively appraised by health care team members as well as residents and family members and were generally considered to be normalised within their respective RACFs. This study explored the normalisation of OSPs within RACFs. From the perspective of residents, family members, health care team members, and OSPs, OSPs could become part of routine practice within Australian RACFs. The findings of this study also highlighted the value of using theory to guide the evaluation of a pharmacist intervention in RACFs and the utility of applying NPT in a new setting, Australian RACFs. Importantly, the findings of this study could help inform the future role of OSPs working and the rollout of OSPs within Australian RACFs.

Interprofessional collaboration between prescribers, managers, nursing staff and on-site pharmacists within residential aged care facilities: a mixed-methods study.

A new on-site pharmacist (OSP) intervention within residential aged care facilities (RACFs) is being investigated to help improve medication management. Interprofessional collaboration amongst prescribers, nursing staff and pharmacists is critical to improving RACF medication management. To explore the extent of interprofessional collaboration and the nature of the working relationships between OSPs and prescribers, managers and nursing staff. A mixed-methods study was undertaken within the context of a 12-month cluster randomised controlled trial. Semi-structured interviews were conducted with data analysed using framework analysis, and a survey based upon the Physician-Pharmacist Collaboration Index (PPCI) was distributed at two time points (T1 at 3months and T2 at 9months after OSP commencement) across seven intervention RACFs. The qualitative data (n =33 interviews) findings related to the processes supportive of these relationships e.g. on-site proximity, OSP personality and perceived (or beneficial) benefits of OSPs working with health care team members (such as OSPs being trusted and providing reassurance to RACF health care team members). The PPCI survey mean scores at T1 (n =33) and T2 (n =19) suggested that OSPs were able to establish positive working relationships at 3months and that positive relationships also existed at 9months. The integrated findings suggested that the working relationships between OSPs and health care team members were generally positive. This study is the first to explore interprofessional collaboration between OSPs and health-care team members in RACFs. The findings suggest that OSPs can positively contribute to interprofessional collaborative care within RACFs.

The role of on-site pharmacist in residential aged care facilities: findings from the PiRACF study

BackgroundResidents in residential aged care facilities (RACFs) have a high number of medication-related problems. Integrating on-site pharmacists (OSPs) into this setting is a possible solution and is currently gaining traction in Australia and internationally. The Pharmacists in Residential Aged Care Facilities (PiRACF) cluster-randomised controlled trial integrated pharmacists into the RACF care team to improve medication management. The aim of this descriptive observational study is to explore the activities of OSPs when they are integrated into multidisciplinary care team in RACFs.MethodAn online survey tool was developed to record the activities of OSPs in RACFs using the Qualtrics© software. OSPs were asked questions about their activities in RACFs under categories that included description, time spent, outcomes where applicable and who the pharmacists communicated with to undertake the activity.ResultsSix pharmacists were integrated into 7 RACFs. Overall, they recorded 4252 activities over 12 months. OSPs conducted 1022 (24.0%) clinical medication reviews; 48.8% of medication reviews identified and discussed potentially inappropriate medications with prescribers and 1025 other recommendations were made to prescribers. Overall, the prescriber accepted 51.5% of all recommendations made by OSPs. The most frequently accepted outcome was deprescribing of medications (47.5% for potentially inappropriate medications and 55.5% for other recommendations). OSPs performed facility-level activities including staff education (13.4%), clinical audits (5.8%), and quality improvement activities (9.4%). OSPs spent a large proportion of their time communicating (23.4%) extensively with prescribers, RACF’s healthcare team, and residents.ConclusionOSPs successfully performed a wide range of clinical activities aimed both at improving residents’ medication regimens, and organisational-level quality improvement. The OSP model presents an opportunity for pharmacists to enhance medication management in the residential aged care setting.Trial registration The trial was registered with the Australian New Zealand Clinical Trials Registry (ANZCTR) (ACTRN: ACTRN12620000430932) on April 1, 2020

Pharmacokinetic Study of Antiviral Drugs in Patients with COVID-19

The Faculty of Pharmaceutical Sciences, Kobe Gakuin University has collaborated in clinical research with Kobe City Medical Center General Hospital. In this university-medical institution collaboration, university faculty members discuss clinical problems with on-site pharmacists and doctors, and carry out clinical research to resolve these problems. During the coronavirus disease 2019 (COVID-19) pandemic, many patients with COVID-19 were treated at Kobe City Medical Center General Hospital. In February 2020, during the first increase in the number of patients with COVID-19 in Japan, treatment for COVID-19 was not established, and some existing anti-viral drugs, such as favipiravir, were experimentally used for COVID-19 treatment. However, since these drugs were not developed specifically for treating COVID-19, their pharmacokinetics have not been sufficiently studied. In particular, the pharmacokinetics of favipiravir in critically ill patients with COVID-19 was of concern, because critically ill patients have an urgent need for life-saving anti-viral drug treatment. Therefore, we conducted a collaborative clinical study to evaluate the pharmacokinetics of favipiravir in patients with COVID-19. The blood concentration of favipiravir in patients with COVID-19 at Kobe City Medical Center General Hospital was measured by lipid chromatography-tandem mass spectrometry at Kobe Gakuin University. Population pharmacokinetics analysis was then performed. In this symposium review, we introduce our pharmacokinetic study of antiviral drugs in patients with COVID-19, focusing on the university-medical institution collaboration. We believe collaborative clinical research will be useful for solving clinical issues and ensuring the effectiveness and safety of pharmacotherapies.

Factors influencing pharmacist interest and preparedness to work as on-site aged care pharmacists: Insights from qualitative analysis of free-text survey responses

BackgroundHigh rates of suboptimal medication use exist in residential aged care facilities (RACFs). Pharmacist interventions can improve medication appropriateness. In 2023 there will be a phased implementation of pharmacists working on-site in Australian RACFs. ObjectiveTo explore factors influencing Australian pharmacists’ interest and perceived preparedness to work as on-site pharmacists in RACFs. MethodsA national cross-sectional anonymous online survey of Australian pharmacists was conducted. Pharmacists were recruited using a broad advertising strategy. The 36-question survey included three free-text questions that are the focus of this study. The questions asked participants (1) what influenced their interest in the role, (2) what influenced how prepared they felt for the role, and (3) if they had any other comments about the role. Responses were thematically analysed by two investigators using an inductive approach. ResultsMost survey respondents (n=546, 84.9%) answered at least one free-text questions. Four factors influenced interest: on-site pharmacist role, aged care setting, individual pharmacist circumstances and employment model. Four factors influenced preparedness: familiarity with aged care setting, resident-level clinical skills; ability to communicate and work with a multidisciplinary team, and experience with system-level quality use of medicines activities. Four factors important for successful roll-out emerged from the ‘other comments’: pharmacist attributes, pharmacist workforce planning, resources and support, and RACF stakeholder engagement. ConclusionKey factors influencing pharmacist interest and preparedness to work on-site in RACFs and factors important for success were identified. These findings will support the national roll-out of the role, particularly as most identified factors are currently modifiable.

A technical assistance program approach for pharmacist clinical services integration in primary care organizations

BackgroundLittle is known about the use of technical assistance (TA) programs to facilitate the integration of pharmacist clinical services in primary care settings. ObjectiveDesign, implement, and evaluate a TA program to advance pharmacist integration and clinical services in primary care. Practice descriptionStructured TA program for developing new or enhancing current integrated pharmacist services was utilized in 4 primary care organizations (i.e., federally qualified health center, accountable care organization, and an academic and regional health system). Practice innovationHolistic TA program with a logic model, organizational stages of pharmacist integration, project prioritization, and implementation plans. Evaluation methodsA mixed-methods contextual inquiry approach for integration of pharmacist clinical services. Quantitative analysis was used for TA program activities, time spent, pilot project data, and a web-based survey for post-TA program assessment. Coincidence analysis was used to assess organizational commitment to TA services. Qualitative analysis was used for data collected through semi-structured key informant interviews and team meeting activity reports. ResultsTA program team spent 1872 hours over 11 months on program development, logistics, implementation, and project oversight. TA services included 88 onsite and virtual meetings, 11 onsite pharmacist coaching sessions, 6 workflow mapping sessions, and updating online learning resources. Primary care organizations that had already hired a pharmacist were more likely to uptake TA services. Most useful TA methods were webinar meetings (89%) and on-site pharmacist coaching (88%). TA project results were used for strategic planning (73%), pharmacist value/impact assessment (72%), pharmacist capacity modeling (68%), and workflow design (65%). A key learning from the TA program was the importance of a qualified pharmacist with clinical service experience in primary care settings and population health teams. ConclusionTA program for the pharmacist clinical service integration has broad application to primary care organizations with diverse organizational structures, payer mixes, and practice settings.

Virtual clinical pharmacy services: A model of care to improve medication safety in rural and remote Australian health services.

PurposeTo describe a virtual clinical pharmacy service as a model of care to support rural and remote Australian hospitals that otherwise would not have access to onsite pharmacists.SummaryMany small hospitals in Australia do not have an onsite hospital pharmacist and struggle to support and optimize patient care. To increase access to a hospital pharmacist’s specialized skills and medication knowledge, a virtual clinical pharmacy service was designed and implemented in 8 hospitals across rural New South Wales, Australia in 2020. The virtual clinical pharmacy service focuses on the core role of hospital pharmacists, including obtaining a best possible medication history, medication reconciliation at transitions of care, medication review, interprofessional team meetings, provision of patient-friendly medication lists, antimicrobial stewardship, and patient and clinician education. The model is aligned with recognized standards of practice for the delivery of clinical pharmacy services in Australian hospitals. This article details a model of care for translation across other settings. It provides the necessary details on clinical services, processes, supporting structures, an evaluation framework, and other important considerations for implementing virtual pharmacy services.ConclusionThis research provides policymakers, health service planners, and practitioners with a model for providing comprehensive clinical pharmacy services virtually to increase the safe and effective use of medicines. Future publication of the findings of a formal evaluation of the model’s acceptability and effectiveness is planned.

Evaluating hematology/oncology clinical pharmacist activities via self-reported work sampling.

Hematology/oncology clinical pharmacists' work activities have been described in previous literature, but time spent on pharmacist tasks has not been well characterized. Random work sampling (WS) is a form of activity assessment to determine the proportion of time spent in various types of work. Based on results from previous WS evaluations at University of Utah and its Huntsman Cancer Hospital, activities were changed to maximize time dedicated to clinical activities and pharmacists' benefit to providers and patients in both inpatient and ambulatory care settings. Therefore, updated random WS evaluations were completed during spring 2019 and fall 2020. Personal digital assistant (PDA) devices were used to record hematology/oncology clinical pharmacists' onsite or remote location and work activity data. Data were collected 8 times per hour on weekdays, with a goal of 275 observations per pharmacist. Results were then classified as clinical, professional, or technical activities. In 2019, 9,079 observations were recorded by 31 onsite pharmacists. In 2020, 28 pharmacists recorded 8,803 observations (5,524 during onsite work and 3,279 during remote work). The overall distribution of pharmacists' work activities remained stable between 2019 and 2020, with 89% of activities classified as clinical or professional. Pharmacists spent a smaller proportion of time on in-person communication in 2020, balanced by increases in chart review and text-based communication. Onsite pharmacists reported a larger proportion of clinical activities, while remote pharmacists reported a larger proportion of professional activities. Continued WS assessment of work activity patterns will allow identification of opportunities to streamline workflows, maximize pharmacist engagement in clinical activities, and development of remote work policy.

Examining the Impact of the Golden Compass Clinical Care Program for Older People with HIV: A Qualitative Study

The combined burden of geriatric conditions, comorbidities, and HIV requires a model of HIV care that offers a comprehensive clinical approach with people 50 years or older with HIV. Golden Compass is an outpatient, multidisciplinary HIV-geriatrics program with an onsite HIV geriatrician, cardiologist, pharmacist, and social worker, offering specialist referrals, care navigation, and classes on improving functional status and cognition. Participants (13 patients and 11 primary care providers) were recruited using a non-probability sampling method to participate in semi-structured interviews on the perceived impact of Golden Compass on care delivered to older people with HIV. Interviews were transcribed verbatim and framework analysis used to analyze the transcripts. The perceived impacts of Golden Compass by patients and providers were organized by the Compass points (Northern: Heart and Mind, Eastern: Bones and Strength, Southern: Navigation and Network, Western: Dental, Hearing, and Vision). Overall, patients valued the focus on functional health and whole-person care, leading to greater trust in the ability of providers. Providers gained new skills through the geriatrics, cardiology and/or pharmacist consultations. The HIV-geriatrics specialty approach of Golden Compass improved functional ability and quality of life for older adults with HIV. Few integrated care programs for older people with HIV have been evaluated. This study adds to the limited literature demonstrating high patient and provider satisfaction with a HIV-care model that incorporated principles of geriatric medicine emphasizing a comprehensive approach to sustaining functional ability and improving quality of life.

Pre-exposure Prophylaxis Uptake, Adherence, and Persistence: A Narrative Review of Interventions in the U.S.

Since 2012, HIV pre-exposure prophylaxis (PrEP) has been available to prevent HIV transmission; yet, uptake, adherence, and persistence to PrEP have been suboptimal. This narrative review examines the latest interventions and programs to improve all 3 stages of PrEP adherence and reviews ongoing studies to promote effective PrEP use. From 2017 to 2020, a total of 20 studies analyzed different individual- and structural-level approaches to increase PrEP adherence, including behavior change interventions, technology-based interventions (e.g., short message service messages and mobile applications), and alternate delivery strategies (e.g., pharmacy-based PrEP, integration with other services, and home delivery). Most published interventions involved men who have sex with men, although 3 assessed women (2 transgender, 1 cisgender). Randomized, controlled data support 3 behavioral change interventions and 1 technology-based intervention. Alternate delivery strategies seem promising, although more robust study designs are generally needed. In addition, data on the alignment of ongoing HIV risk and PrEP persistence (i.e., prevention-effective adherence) were limited. The authors also identified 20 ongoing studies that are promoting PrEP adherence. Future work should be inclusive of all at-risk groups in the U.S., including African American and Latinx heterosexual populations and people who inject drugs. Proven and promising approaches may work well in combination and may also need to be adapted with the introduction of long-acting pre-exposure prophylaxis formulations. Collectively, this body of work indicates considerable progress toward understanding the role PrEP adherence will play in Ending the HIV Epidemic in the U.S. that will be bolstered by the outcomes of ongoing trials.

Informing collaborative relationships between community pharmacists and health care professionals in primary care practices

BackgroundCollaborative relationships between community pharmacists and health care professionals in primary care practices can assist with the provision of medication and disease management services in community pharmacy settings. ObjectivesThe objective was to describe the attitudes of providers working in primary care practices with on-site pharmacist collaborators to understand how to facilitate similar collaborations with pharmacists in community pharmacy settings. MethodsThis qualitative study was conducted among physicians, nurse practitioners, and nurses of 3 primary care practice sites in the Commonwealth of Pennsylvania. A demographic survey and a semistructured interview were conducted to elicit feedback on participant perceptions about building relationships with community pharmacists. Interviews were audio-recorded and transcribed. A qualitative analysis was performed to identify emerging themes using an inductive approach. Demographic data were summarized using descriptive statistics. This study was approved by the University’s Institutional Review Board. ResultsNineteen interviews were conducted. Fifty-eight percent of participants were physicians and 68% were female with a mean age of approximately 46 years. Five themes were identified: (1) Pharmacists were highly valued and were effective team members to promote coordination of medication-related care; (2) Direct access to pharmacists facilitates efficient communication and effective patient care; (3) Trust is the foundation of an effective collaboration between pharmacists and providers; (4) Pharmacists demonstrating responsibility for patients enables collaboration with providers who view themselves as stewards of patient care; and (5) Providers believe that community pharmacists’ dispensing requirements may limit their ability to participate in patient care. ConclusionsThe following strategies to establish relationships with primary care practices are suggested: pharmacists should initiate face-to-face relationships with providers in practices; communication and patient interventions should be conveyed directly to providers and be conducted by the same person; and pharmacists need to demonstrate their commitment to patient care by following up promptly on patient interventions.

Integrating pharmacists into aged care facilities to improve the quality use of medicine (PiRACF Study): protocol for a cluster randomised controlled trial

BackgroundMedication management in residential aged care facilities is an ongoing concern. Numerous studies have reported high rates of inappropriate prescribing and medication use in aged care facilities, which contribute to residents’ adverse health outcomes. There is a need for new models of care that enhance inter-disciplinary collaboration between residential aged care facility staff and healthcare professionals, to improve medication management. Pilot research has demonstrated the feasibility and benefits of integrating a pharmacist into the aged care facility team to improve the quality use of medicines. This protocol describes the design and methods for a cluster randomised controlled trial to evaluate the outcomes and conduct economic evaluation of a service model where on-site pharmacists are integrated into residential aged care facility healthcare teams to improve medication management.MethodsIntervention aged care facilities will employ on-site pharmacists to work as part of their healthcare teams 2 to 2.5 days per week for 12 months. On-site pharmacists, in collaboration with facility nurses, prescribers, community pharmacists, residents and families will conduct medication management activities to improve the quality use of medicines. Aged care facilities in the control group will continue usual care. The target sample size is 1188 residents from a minimum of 13 aged care facilities. The primary outcome is the appropriateness of prescribing, measured by the proportion of residents who are prescribed at least one potentially inappropriate medicine according to the 2019 Beers Criteria. Secondary outcomes include hospital and emergency department presentations, fall rates, prevalence and dose of antipsychotics and benzodiazepines, Anticholinergic Cognitive Burden Score, staff influenza vaccination rate, time spent on medication rounds, appropriateness of dose form modification and completeness of resident’s allergy and adverse drug reaction documentation. A cost-consequence and cost-effectiveness analysis will be embedded in the trial.DiscussionThe results of this study will provide information on clinical and economic outcomes of a model that integrates on-site pharmacists into Australian residential aged care facilities. The results will provide policymakers with recommendations relevant to further implementation of this model.Trial registrationACTRN12620000430932. Registered on 1 April 2020 with ANZCTR

Differential impact of on-site or telepharmacy in the intensive care unit: a controlled before-after study.

Clinical pharmacists have an important role in the intensive care unit (ICU) team but are scarce resources. Our aim was to evaluate the impact of on-site pharmacists on medical prescriptions in the ICU. This is a retrospective, quasi-experimental, controlled before-after study in two ICUs. Interventions by pharmacists were evaluated in phase 1 (February to November 2016) and phase 2 (February to May 2017) in ICU A (intervention) and ICU B (control). In phase 1, both ICUs had a telepharmacy service in which medical prescriptions were evaluated and interventions were made remotely. In phase 2, an on-site pharmacist was implemented in ICU A, but not in ICU B. We compared the number of interventions that were accepted in phase 1 versus phase 2. During the study period, 8797/9603 (91.6%) prescriptions were evaluated, and 935 (10.6%) needed intervention. In phase 2, there was an increase in the proportion of interventions that were accepted by the physician in comparison to phase 1 (93.9% versus 76.8%, P < 0.001) in ICU A, but there was no change in ICU B (75.2% versus 73.9%, P = 0.845). An on-site pharmacist in the ICU was associated with an increase in the proportion of interventions that were accepted by physicians.