The impact of electronic prescribing systems on clinical pharmacy practice

This review explores the impact of electronic prescribing (e-prescribing) systems on clinical pharmacy practice, highlighting the potential benefits and challenges associated with their use. Medication errors, a significant concern within healthcare settings, have been shown to decrease with the adoption of e-prescribing, offering a promising tool to enhance patient safety and reduce adverse drug events. However, the transition from traditional handwritten prescriptions to electronic methods introduces new challenges, including the emergence of new types of errors, such as incorrect drug selection, and potential increases in mortality rates, as observed in pediatric patient. Furthermore, it discusses the limited exploration of e-prescribing in primary care and community pharmacy settings, areas that require further investigation to fully understand the benefits and burdens of e-prescribing use. By examining barriers related to person, tasks, environment, tools and technologies, and organizational factors, this review emphasizes the importance of considering various aspects that influence the efficacy and safety of e-prescribing systems. The findings suggest a critical need for incorporating human factors principles in the design and evaluation of these systems to ensure they effectively support clinical pharmacy practice and enhance patient care.

The impact of digital health technologies on pharmacy services and patient care

This comprehensive review delves into the profound impact of digital health technologies on the landscape of pharmacy services and patient care. The integration of electronic prescribing medication adherence apps, and tele-pharmacy services has revolutionized medication management in pharmacies. This amalgamation has not only streamlined processes but has also significantly minimized errors, leading to enhanced operational efficiency. Pharmacists, equipped with wearable devices, now engage in remote patient monitoring, allowing for personalized interventions and proactive healthcare strategies. The incorporation of genomic data, data analytics, and clinical decision support systems marks a transformative shift towards precision medicine within pharmacies. These technologies empower pharmacists to design tailored treatment plans based on individual genetic profiles, thereby optimizing therapeutic outcomes. As pharmacies increasingly embrace these digital tools, they metamorphose into dynamic healthcare hubs. Beyond traditional roles, pharmacies now offer virtual consultations and actively participate in patient education initiatives. This paradigm shift underscores a commitment to patient-centered care, exemplified by improved medication safety and a more interconnected healthcare ecosystem. The ongoing integration of digital health technologies holds promise for continued advancements in pharmacy services. This trajectory signifies a significant departure towards a more proactive, personalized, and technologically driven approach to patient care. The review underscores the transformative potential of digital health technologies in redefining the role of pharmacies and elevating the standards of patient-centered healthcare delivery.