INTRODUCTION:

The continuous advancement in information and communication technology (ICT) has profoundly influenced various facets of human existence, particularly by ensuring the provision of information that is both rapid and efficient. This need is acutely felt in the realm of healthcare. The evolution of technology has been instrumental in addressing many challenges humans face, including but not limited to enhancing the speed at which information is accessed, expanding the geographical reach of service provision, and elevating the overall quality of healthcare services^1,2.

A quintessential example of such technological progress within the healthcare sector is the emergence and adoption of telepharmacy^1,3,4

Telepharmacy represents a specialized subset within the broader domain of telemedicine, characterized by the delivery of pharmaceutical services through the employment of telecommunications and information technology tools. This innovative service paradigm facilitates the provision of pharmaceutical care remotely, allowing pharmacists to interact with patients who receive health services, regardless of their geographical locations⁵. The scope of telepharmacy is extensive, encompassing a wide array of activities that leverage technology to enhance patient care. These activities include the electronic entry of patient data, the verification of prescription orders, the operation of centralized anticoagulation clinics, the execution of online adjudication processes, the dispensing of medications, and the offering of health consultations that incorporate medical evaluations through the use of computer-based technologies⁶.

Telepharmacy represents a novel and forward-thinking technological advancement aimed at delivering high-quality pharmaceutical services across various societal strata. In this innovative framework, pharmacists play a pivotal role by employing electronic prescription services. These services encompass a comprehensive range of activities, including the critical review of medication orders to ensure accuracy and safety, the provision of personalized counselling to the patients, the delivery of educational materials and information to enhance patient understanding and compliance, and the diligent monitoring of therapeutic outcomes⁷. Moreover, telepharmacy extends its utility beyond these patient-centric services by facilitating effective communication channels between pharmacists and prescribing medical professionals. This aspect is particularly crucial for collaborative patient care management, ensuring that therapeutic decisions are well-informed and optimally coordinated. Additionally, telepharmacy serves as a vital medium for overseeing the implementation of pharmaceutical preparations, devices, and consumable medical bodies (CMB), thereby significantly enhancing the quality and safety of healthcare delivery^8–10. Through these multifaceted functions, telepharmacy emerges as a transformative communication model in pharmaceutical services, promising to impact patient care quality, safety, and accessibility significantly.

The provision of suitable pharmaceutical services to patients, coupled with the engagement in consultations with fellow professionals, plays a pivotal role in mitigating the instances of inappropriate and suboptimal utilization of medication. Such strategic interventions are instrumental in diminishing the potential adverse effects associated with medication use, curtailing the economic burdens often incurred through less effective drug therapies, and minimizing harmful drug interactions. Furthermore, these practices significantly enhance the pharmacological treatments' effectiveness. This multifaceted approach to pharmaceutical care not only underscores the importance of a collaborative healthcare environment but also highlights the critical role pharmacists and healthcare professionals play in optimizing therapeutic outcomes and promoting patient safety^11–13.

In Indonesia, the regulatory framework governing the provision of telepharmacy services remains nascent. It is explicitly reflected in the legislative instruments pertinent to the domain, notably the Regulation No. 20 of 2019 issued by the Minister of Health, which addresses telemedicine services at large, and the Regulation No. 8 of 2020 promulgated by the BPOM (the National Agency of Drug and Food Control or Badan Pengawas Obat dan Makanan – In Bahasa), which is dedicated to the oversight of online pharmaceutical and food products. Despite these regulatory beginnings, there has been a significant shift towards the integration of online services within smartphone applications, a development that is increasingly aligning with the evolving needs of the population for digital health solutions. This transition towards digital platforms not only underscores the growing reliance on technology in healthcare provision but also highlights the potential of telepharmacy to enhance the accessibility and efficiency of health services in Indonesia^14–17.

Telepharmacy has emerged as a highly beneficial service for individuals across diverse communities, offering a more effective and efficient means of delivering pharmaceutical services. This innovative approach to pharmacy care facilitates access to essential medications and expert consultation, underscoring the necessity to enhance the quality and quantity of telepharmacy-assisted services. Despite its demonstrated utility in improving patient care and accessibility, the adoption of telepharmacy remains in its nascent stages within several developing nations. This situation calls for a concerted effort to cultivate a cadre of professional pharmacists who are not only competent in their traditional roles but also possess a positive outlook toward the integration of telepharmacy practices. Such professionals are pivotal in driving the expansion and acceptance of telepharmacy services, ensuring that these services meet the population's evolving needs^18–21.

In the rapidly evolving healthcare landscape, professional pharmacists are increasingly recognized as pivotal figures whose expertise and competencies are crucial for delivering high-quality pharmaceutical services. Among the competencies that are gaining importance is the understanding and implementation of telepharmacy, a digital approach to pharmaceutical care that extends the reach of pharmacists beyond traditional settings. It is imperative, therefore, to undertake a comprehensive review of existing literature to explore the depth of professionalism exhibited by pharmacists in the context of telepharmacy activities. Such an exploration is pertinent and essential, as it sheds light on the multifaceted nature of pharmacists' readiness, encompassing both their competencies and perceptions towards adopting and effectively implementing telepharmacy. This readiness is crucial for pharmacists to not only participate in but also to excel in delivering telepharmacy services, thereby ensuring that the benefits of digital transformation in healthcare are fully realized. Through this scholarly inquiry, the objective is to delineate the critical competencies and to understand the perceptual frameworks that underpin pharmacists' preparedness for engaging with telepharmacy practices, thereby contributing to the broader discourse on the future of pharmaceutical services in a digital age.

MATERIAL AND METHODS:

In the process of gathering scholarly articles pertinent to the subject of investigation, a comprehensive search strategy was employed, primarily focusing on identifying journals of relevance. Thissearchingprocess involved the utilization of the Internet as a primary tool for accessing academic journals. In order to ensure a comprehensive exploration of the available literature, the search was executed across three distinct database sources, namely PubMed, Science Direct, and SAGE Journals. All these databases were selected for their wide recognition and extensive coverage of peer-reviewed academic content across various disciplines. The search methodology included inputting specific keywords into the databases’ search interfaces. The keywords chosen for this purpose were “telepharmacy,” “competency,” “perception,” and “pharmacist,” each reflecting critical aspects of the research theme. This strategic approach aimed to filter and retrieve the most relevant articles that could contribute significantly to the literature review. In order to maintain the currency and relevance of the literature review, the search was confined to articles published within a specified timeframe, specifically from 2020 through 2022. Articles in all databases were selected based on inclusion and exclusion criteria, as seen in table 1.

Table 1: Identification of inclusion and exclusion criteria

Inclusion Criteria	Exclusion Criteria
English research journal.	The research journals do not mention the method used.
Research journals that can be accessed/downloaded in full text.	The research journals are original, not literature reviews.
The research journals with a title/topic discuss pharmacists' use of telepharmacy.
The publication year of the journals used in the last three years, from 2020 to 2022.

A comprehensive search was conducted to locate full-text PDFs spanning 2020 through 2022, utilizing a predefined set of keywords aligned with the established inclusion criteria. This systematic search resulted in the identification of a total of twelve journals, distributed as follows: seven journals were sourced from PubMed, two from Science Direct, and three from the SAGE database. Further scrutiny and application of eligibility criteria narrowed down these findings, resulting in the selection of four journals from PubMed, one from Science Direct, and three from SAGE as suitable for in-depth analysis. Consequently, this rigorous selection process culminated in identifying seven journals that met the stringent requirements for inclusion in the study. The methodical approach adopted for the selection of articles, including the criteria for inclusion and the subsequent analysis, has been meticulously illustrated in Figure 1 of the accompanying documentation. This figure serves as a visual representation of the selection scheme, providing clarity on the methodology employed to derive the final sample of journals for this comprehensive review.

Table 2: Characteristics of Studies Included in the Literature Review

Study/Author	Places	Samples	Age	Instrument	Research methods	*Outcome*
Telepharmacy and Quality of Medication use in Rural Areas, 2013-2019/ Sweta Pathak, Mitchell Haynes, Dima M. Qato, Benjamin Y. Urick (2020)	Upper Midwest United States	8.786 patients	> 18 years old	Observation	Cross-sectional	In the final dataset's comprehensive analysis, 2,832 patients were identified as meeting the eligibility requirements for inclusion in one or more of the five measures under study, collectively contributing to a pool of 4,402 observations pertinent to the quality measure under consideration. Upon conducting a meticulous adjustment for a range of covariates, the comparative investigation revealed no statistically significant disparities in the demographic characteristics of the population served by telepharmacy services versus traditional pharmacy settings, specifically concerning variables such as patient age and gender. This finding is of particular relevance for individuals and healthcare systems contemplating the integration of telepharmacy into their service offerings, as it underscores the viability of telepharmacy as an effective alternative for broadening the accessibility of pharmaceutical care and treatment services. The implications of this study suggest that telepharmacy has the potential to serve as a complementary solution, thereby facilitating an expansion in the reach of healthcare services to populations that might otherwise face barriers to accessing traditional pharmacy services.
Telepharmacy service experience during the COVID-19 pandemic in the Republic of Srpska, Bosnia and Herzegovina/ Milena Kovayeviy, Milica Ulafiy, Sandra Vezmar Kovayeviy, Slavenka Borjaniy, Branka keley, Branislava miljkovic, rada Amidziy (2021)	Bosnia and Herzegovina Republic Srpska	10 pharmacists from 7 community pharmacies and 71 patients	≥ 65 years old	Descriptive and static analysis was performed using IBM SPSS Statistics software (ver.22)	Analysis of Quantitative Variation using Student’s t-test	Telepharmacy services have emerged as a particularly convenient and effective model within hospital settings, primarily due to the ability of pharmacists to comprehensively address the majority of patient and user needs during the counseling process. Specifically, it has been observed that only a minimal percentage, approximately 15.5%, of these interactions necessitate an immediate referral to a physician to obtain a prescription. This statistic underscores pharmacists' substantial role in the initial stages of patient care and consultation. Furthermore, there is a notable level of confidence exhibited by patients and users in the communications they have with pharmacists. This trust extends to a wide array of inquiries and concerns, encompassing both those directly related to COVID-19 and those not, highlighting pharmacists' critical role in providing tailored and specific advice. Such interactions should not be underestimated or overlooked, as they indicate the pharmacists' ability to engage effectively with patients on various health-related topics. Additionally, pharmacists have shown remarkable resilience and adaptability in their roles, consistently meeting and often exceeding the diverse needs of their patients. This adaptability is particularly relevant in the context of the ongoing global health challenges posed by the COVID-19 pandemic, where pharmacists have had to rapidly adjust to new information, treatment protocols, and patient concerns. The combination of these factors—effective patient communication, a low rate of referral to doctors, and high resilience and adaptability—reinforces the value of telepharmacy services as a critical component of hospital-based patient care systems.
Pharmacists’ experience, competence, and perception of telepharmacy technology in response to COVID-19/ Suhaib M. Muflih, Sayer Al-Azzam, Sawsan Abuhammad, Sara K. Jaradat, Reema Karasneh, Mohammad S. Shawaqfeh (2021)	Jordan	364 pharmacist	26-30 years old	Survey	Cross-sectional	Drawing upon the empirical evidence gathered through a meticulously designed survey, which harnessed the expansive reach of online social media platforms, this study delves into the perceptions of a broad cohort encompassing both hospital-based and community pharmacists. The primary objective of this research was to elucidate the prevailing attitudes within this professional community towards the integration and efficacy of telepharmacy activities, particularly in their capacity to meticulously capture and address every sign and symptom presented by patients. This comprehensive analysis reveals that a significant majority, precisely 70.6% of the respondents, exhibit a favorable disposition towards adopting and implementing telepharmacy practices. This substantial endorsement underscores the potential of telepharmacy to revolutionize patient care by facilitating a more immediate and accessible means of symptom management and healthcare delivery, highlighting its critical role in the evolving landscape of pharmacy practice.
Tele-pharmacy Anticoagulation Clinic During COVID-19 Pandemic: Patient/ Maha Al Ammari, Khalefa Al Thalib, Manal Al johani, Khizra sultana, Nada Maklhafi, Hayel Al Inazi, Aswaq Maringa (2021)	Riyadh	270 patients	16-65 years old	Observation of electronic medical records in hospitals and surveys	Quantitative using statistical analysis.	In the study under consideration, the central tendency of the overall International Normalized Ratio (INR) values falling within the predetermined range was quantitatively assessed, revealing a mean of 59.39 percent with a standard deviation of 32.84 percent. Additionally, the average proportion of time during which the overall INR remained within the specified range was found to be 57.81 percent, accompanied by a standard deviation of 32.08 percent. This analysis further delineates that a notable fraction, precisely 31 percent, of the analyzed samples demonstrated effective anticoagulant management, as evidenced by their time in the therapeutic range exceeding 70 percent. Concerning patient satisfaction with the anticoagulant treatment, the study presents an average satisfaction score of 32 on a scale with a potential maximum of 40. This score is articulated through an interquartile range (IQR) from 28 to 36, providing a nuanced understanding of patient responses to their treatment regimen. This detailed exposition underscores the multifaceted aspects of anticoagulant control and its implications for patient satisfaction, offering a comprehensive overview of the therapeutic efficacy and acceptability among the population studied.
The pharmacist as a public health resource: Expanding Telepharmacy Services to Address Social Determinants of Health During the COVID-19/ Melanie Livet, Jordana M. Levitt, Alyssa Lee, Jon Easte (2021)	North Carolina	11 clinic staff 10 patients	25-75 years old patients	Mixed data collection that includes administrative indicators, clinical team members, and patient surveys, as well as interviews	Retrospective pre-post survey method	Through the meticulous application of the DSK screening protocol, the pharmacist identified 26 unresolved COVID-related DSK (Disease State Knowledge) problems across a cohort of 66 patients. In response to these identified concerns, pharmacists embarked on a targeted approach, utilizing three brief interventions to address the issues. Most of these interventions, accounting for 71%, involved providing critical information and education designed to empower patients with the knowledge necessary to manage their condition more effectively. Additionally, 21% of the interventions facilitated access to essential resources, addressing immediate needs and enhancing patients' ability to cope with their health challenges. The remaining 7% of the interventions focused on improving care coordination, ensuring patients received comprehensive and cohesive care across the healthcare continuum. The extension of these specialized pharmacy services was met with an overwhelmingly positive response from the clinic team members. They expressed high satisfaction, recognizing the substantial benefits of these services to patient care. This satisfaction was not confined to the clinical team; patients reported marked improvement in their satisfaction levels. More importantly, there was a significant enhancement in patients' self-efficacy regarding their understanding and management of DSK/SDOH (Social Determinants of Health) issues. It was accompanied by a notable improvement in the quality of life among the diabetic patients who were part of this intervention. The holistic approach adopted in these interventions underscores the pivotal role that pharmacists can play in not only addressing direct health concerns but also in facilitating a broader understanding and management of health conditions, leading to improved health outcomes and quality of life for patients.
Investigating Pharmacist’ Views on Telepharmacy: Prioritizing Key Relationships, Barriers, and Benefits/ Arefeh Ameri, MSc, Farzad Salmanizadeh, MSc, Sareh Keshvardoost, MSc, and Kambiz Bahaadinbeigy, PhD (2020)	Iran	40 pharmacist	20-59 years old	Questionnaire	Descriptive analysis study	The findings of this study underscore the paramount importance of prioritizing the facilitation of discussions amongst three key pairs of healthcare professionals: namely, between doctors and pharmacists, pharmacists and hospital ward staff, and among pharmacists themselves. These interactions are deemed crucial for the effective implementation of telepharmacy services. Furthermore, the research identifies two significant obstacles impeding the successful adoption and operation of telepharmacy initiatives. First, issues related to payment and reimbursement present considerable challenges, complicating the financial dynamics of telepharmacy services. Second, the deficiency in access to essential information technology infrastructure emerges as a critical barrier, hindering the seamless exchange of information and communication necessary for telepharmacy’s operation. On a more positive note, the study highlights the foremost advantage of telepharmacy as being the provision of efficient training concerning the use of drugs, including guidance on drug-drug interactions and the management of side effects. Such training is instrumental in enhancing the knowledge base of healthcare professionals, thereby optimizing patient care and safety in the context of telepharmacy.
Role of Telepharmcy in Pharmacist Counselling to Coronavirus Disease 2019 Patients and Medication Dispensing Errors/ Osama M Ibrahim, Rana M Ibrahim, Ahmad Z Al Meslamani, and Nadia Al Mazrouei1 (2020)	The capital region (Abu Dhabi), the northern region (Ajman, Fujairah, Ras al Khaimah, Sharjah, and Umm al Quwain), and the central region (Dubai).	52 community pharmacies	-	Observation	Cross-sectional comparative study	In a detailed exploration within the domain of telepharmacy, a study was conducted to evaluate its efficacy and impact on the management of pharmaceutical care amidst the COVID-19 pandemic. The investigation involved two distinct groups of pharmacies: those integrating telepharmacy services (the telepharmacy test group) and those operating without such digital interventions (labelled as the pharmacy control group). The telepharmacy group was responsible for providing pharmaceutical care to 19,974 patients. Within this cohort, a significant portion, specifically 6,371 patients, equivalent to 31.90%, were identified as suspected cases of COVID-19, and a further 1,213 patients, accounting for 6.07%, were confirmed to have contracted the virus. Conversely, the pharmacy control group, which did not utilize telepharmacy services, catered to a smaller patient population of 9,151. Among these individuals, 1,074 (11.74%) were suspected, and a mere 33 (0.36%) were confirmed cases of COVID-19. An integral part of this study was scrutinizing the rates of Medication Dispensing Errors (MDEs) and dissecting these errors into more precise categories, namely prescribing-related errors and pharmacist counseling errors, comparing their prevalence between the two groups. The findings revealed a marked difference in the overall MDE rates, with telepharmacy services showing a lower incidence (15.81%) compared to pharmacies without such services (19.43%), a statistically significant difference (p < 0.05). When delving deeper into the subcategories of errors, prescribing-related errors were significantly less frequent in the telepharmacy group (5.38%) in comparison to the control group (10.08%), again demonstrating statistical significance (p < 0.05). However, the comparison of pharmacist counseling errors between the groups did not show a statistically significant difference, with rates of 10.42% for the telepharmacy group and 9.35% for the control group (p > 0.05). This comprehensive analysis underscores the potential of telepharmacy services in enhancing the quality of pharmaceutical care, particularly in the context of a global health crisis such as the COVID-19 pandemic. The reduced rates of medication dispensing and prescribing-related errors in pharmacies with telepharmacy services highlight the beneficial impact of integrating digital health solutions into pharmacy practice.

DISCUSSION:

In contemporary research methodologies, the cross-sectional study analysis emerges as the preeminent methodological approach, according to this paper's comprehensive review of the literature. This analysis meticulously delineates the predominance of observation as the quintessential technique for collecting data across various studies, underscoring its ubiquitous application in the field. However, it is noteworthy that a minority of the research endeavors explored in the article review table have diverged from this conventional path, opting instead to incorporate alternative instruments. Among these, interviews and questionnaires are identified as significant, albeit less commonly employed, tools for gathering data. This nuanced exploration of the methodologies and techniques utilized in contemporary research not only highlights the prevailing trends but also sheds light on the diversity of approaches within the academic community, suggesting a landscape that, while dominated by traditional methods, is also characterized by a willingness to adopt varied methods of inquiry.

The Pharmacists’ Competence in Telepharmacy Implementation:

The role of pharmacists' competence emerges as a pivotal element significantly impacting the efficacious adoption of Telepharmacy, aimed at enhancing the delivery of pharmaceutical services to patients. This assertion is substantiated by a thorough examination of seven scholarly journals, which collectively report that pharmacists exhibit a high level of competence in the deployment of telepharmacy modalities. Such competence is not merely technical but extends to interpersonal, wherein a previous investigation highlights that patients perceive pharmacists as not only knowledgeable and informative but also as friendly and caring healthcare professionals. This multifaceted competence of pharmacists contributes to fulfilling patients' social requirements, thereby boosting their confidence through improved access to necessary resources and support systems²². Furthermore, the study illuminates the moderate levels of patient satisfaction with diabetes management before they engage with pharmacists. Remarkably, a significant enhancement in patient satisfaction regarding controlling their diabetic condition was observed following at least two consultations with a pharmacist. This improvement underscores the critical influence of pharmacists' interpersonal and professional skills on patient outcomes, particularly in the context of telepharmacy, and suggests a positive trajectory for patient care with the integration of such innovative pharmaceutical service models²².

Recent research findings have elucidated that the integration of telepharmacy models within pharmaceutical services heralds a substantial enhancement in the efficiency and effectiveness of these services. The adoption of telepharmacy facilitates a notable reduction in the time commitments required from clinical pharmacists. This optimization of time allocation allows for an elevation in the quality of care provided to patients, simultaneously augmenting the safety of patient care practices. Additionally, the implementation of telepharmacy has been empirically validated to yield statistically significant improvements in patient satisfaction levels within anticoagulation clinics. Moreover, this model demonstrates a profound impact on the management of diabetes-related chronic conditions, underscoring the pivotal role telepharmacy can play in the realm of chronic disease management. The implications of these findings suggest that telepharmacy could be a cornerstone in the evolution of pharmaceutical practices, particularly in enhancing patient care and the management of chronic diseases²³.

In a preceding investigation, the findings elucidated that pharmacists are optimally positioned to spearhead and cultivate technological advancements within diverse healthcare establishments. This cohort of healthcare professionals possesses the requisite skills and readiness to expedite the provision of healthcare services efficiently. By employing telepharmacy technology, they are adept at offering critical reviews and counselling to patients, thereby significantly enhancing patient care. Implementing such technology is a pivotal tool, enabling pharmacists to communicate with patients effectively. This, in turn, is anticipated to diminish the obstacles that traditionally impede access to premier healthcare services, notably those constraints associated with temporal limitations. The utilization of telepharmacy technology not only underscores the critical role of pharmacists in the healthcare delivery model but also highlights the potential for technological interventions to bridge gaps in patient care accessibility, thereby ensuring that high standards of health services are maintained without compromise due to time constraints²⁴.

In a previously conducted study²⁵, an in-depth analysis has been carried out to explore pharmacists' pivotal role in telepharmacy interventions. This research sheds light on the notable resilience and competency levels pharmacists exhibited when addressing patients' needs through telepharmacy services. Such services encompass a broad spectrum of healthcare provisions, including but not limited to patient counselling, the management of chronic diseases, monitoring outpatients, conducting medication reviews, and facilitating patient referrals to physicians. The findings from this investigation underscore the potential for telepharmacy practices to yield both immediate and prolonged positive impacts on the overall efficacy and sustainability of health systems. This comprehensive approach to examining pharmacists' contributions within the telepharmacy domain underscores their critical role in enhancing patient care and health outcomes through innovative service delivery models²⁵.

Pharmacists’ Perceptions in Telepharmacy Implementation:

In telepharmacy, competence and perception are pivotal elements that significantly influence its implementation. This study meticulously analyzed seven carefully selected scholarly papers to gauge the prevailing perceptions towards the adoption of telepharmacy practices among pharmacists. The findings from this comprehensive analysis reveal a nuanced landscape of acceptance and scepticism. Notably, a minority of pharmacists, constituting less than half of the study's participants, demonstrated agreement and support for the integration of telepharmacy into their professional practices. This research further delineates a demographic variance in attitudes towards telepharmacy, where pharmacists aged above 35 years exhibited a markedly more positive disposition than their younger counterparts. Such a distinction underscores the potential influence of generational perspectives on the acceptance of telepharmacy. Additionally, the study highlights the correlation between educational attainment and the propensity to view telepharmacy favourably, suggesting that a higher level of education may be associated with a greater openness to embracing telepharmacy. Despite these positive inclinations, there remains a significant portion of the cohort—half of the respondents—who harbour reservations about transitioning to telepharmacy. This apprehension predominantly stems from concerns over the adequacy of their training, which they fear may not sufficiently prepare them to meet the requisite standards for developing the optimal clinical competencies essential for successful telepharmacy practice. This apprehension underscores a critical barrier to the wider adoption of telepharmacy, indicating a pressing need for enhanced training programs to better equip pharmacists with the necessary skills and knowledge to thrive in a telepharmacy setting²⁴.

In recent scholarly investigations, the dynamics of professional relationships between pharmacists, physicians, and hospital health wards have been highlighted as quintessentially pivotal in the effective delivery of telepharmacy services²⁶. This assertion is further supported by an array of studies, including one that meticulously explores the multifaceted impact of telepharmacy within the outpatient departments of healthcare facilities. It was observed that there exists a frequent and meaningful dialogue between pharmacists and patients, extending to interactions with emergency wards, facilitated predominantly through telephonic communication. Such interactions are not merely procedural but are instrumental in enhancing the clinical management of diseases, bolstering patient self-management capacities, and significantly improving adherence to treatment regimens for chronic conditions²⁷. Schneider’s research contribution further elucidates this narrative by demonstrating that the incorporation of a comprehensive suite of telepharmacy services can markedly diminish the incidence of adverse drug reactions, underscoring the potential of telepharmacy to mitigate medication-related complications²⁸. Moreover, the indispensable role of telepharmacy technology emerges as a cornerstone in ensuring round-the-clock access to healthcare professionals, a feature that is increasingly recognized as critical in the context of contemporary healthcare delivery²⁶.This study posits that the advancement of telepharmacy necessitates a dual-pronged approach aimed at pharmacists: firstly, there should be an encouragement towards the embracement and application of technological solutions within their practice, and secondly, comprehensive training programs must be instituted to equip them with the essential skills required for operating telepharmacy services effectively. Furthermore, the development of a meticulously structured system is imperative to support and streamline the adoption of this innovative technology within the pharmaceutical field. Such a system should not only facilitate the seamless integration of telepharmacy into existing practices but also ensure its efficient and effective operation, thereby maximizing the potential benefits of telepharmacy for both pharmacists and patients alike. This study underscores the importance of a strategic framework that combines professional development and technological infrastructure to foster the successful implementation of telepharmacy services.

Strength and Limitation of the Study:

During this comprehensive literature review, the primary sources of information were derived predominantly from articles that adopted a cross-sectional methodology, focusing explicitly on the direct experiences encountered throughout the study process. The review critically acknowledges certain limitations inherent in the existing body of research, pinpointing specific areas that necessitate meticulous correction in subsequent studies. Among these, it identifies particular restrictions and components that warrant enhanced focus to augment the depth and breadth of future research endeavors. Notably, the review highlights significant challenges associated with comparing standards across diverse studies, attributing these difficulties to variations in settings and outcomes, which inherently complicate establishing a cohesive framework for comparison. Despite these challenges, the review systematically examines the available literature, employing a tracking approach to synthesize findings within the realm of telepharmacy. It is important to note that this scrutiny is confined to studies published in full-text English, thereby excluding potentially relevant research conducted in other languages. This limitation underscores a concern, as it suggests that the review may not fully encapsulate the global scope of telepharmacy research, leaving certain aspects of the field unexplored and unknown. The acknowledgment of these limitations and the focused scope of the review is pivotal, as it lays the groundwork for future investigative efforts aimed at broadening the understanding of telepharmacy, enhancing the comparability of research outcomes, and ultimately contributing to the refinement and advancement of practice within this dynamic and evolving field.

CONCLUSION:

The successful implementation of telepharmacy initiatives is heavily contingent upon pharmacists' competence levels, particularly regarding their readiness to enact and devise pharmaceutical services through telepharmacy platforms. It includes but is not limited to the capability to remotely offer care for acute illnesses and disseminate pertinent information to patients. Pharmacists' receptiveness to telepharmacy plays a pivotal role in its implementation, with attitudes varying significantly across the profession. While a portion of pharmacists demonstrate a welcoming stance toward the adoption of telepharmacy, indicating an openness to integrating this innovative approach into their practice, there exists a contrasting perspective among others who exhibit reservations or outright resistance to the concept. This divergence in opinion underscores the complexity and the multifaceted nature of introducing telepharmacy services, highlighting the necessity for a comprehensive understanding of the factors that influence pharmacists' attitudes towards telepharmacy and the development of strategies to address the concerns of skeptics, thereby facilitating a more uniform acceptance and implementation of telepharmacy practices.

ACKNOWLEDGEMENT:

The authors are grateful to the Pharmacy Study Program, Faculty of Medicine and Health Sciences, the University of Muhammadiyah Yogyakarta, for facilitating the preparation of this literature review.

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Received on 18.11.2022 Modified on 13.09.2023

Research J. Pharm. and Tech 2024; 17(6):2915-2924.

DOI: 10.52711/0974-360X.2024.00457