ePortfolio: Submission Reflection Document

Interviewer: How does your technology enhance internal and external communications between pharmacists, technicians, physicians, advanced medical care providers, and nurses?

Pharmacist: ADUs have built-in communication features that allow pharmacists and pharmacy technicians to communicate with other healthcare professionals electronically. For example, if there is question about particular medication order, pharmacist sends message to the physician or nurse through the system. It facilitates quick and efficient communication, reducing need for phone calls or physical paperwork.

Interviewer: That sounds very convenient. Can you describe the process from when the pharmacy receives an order to when the medication is dispensed?

Pharmacist: Sure. When we receive an order, it is entered into our pharmacy system and sent to the ADUs. The medication is then dispensed from the ADU based on the order. The pharmacist or pharmacy technician retrieves medication from the ADU, performs final check to ensure accuracy, and then labels and packages the medication for the patient.

Interviewer: What are some of the processes or policies that are implemented to ensure patient safety?

Pharmacist: We have many processes and policies to ensure patient safety. First, ADUs are equipped with barcode scanning technology, so medications are scanned at various points to verify accuracy and prevent medication errors. Second, our pharmacy team undergoes regular training and education on medication safety practices. We have protocols in place for double-checking and verifying medications. We also have systems for identifying and addressing medication interactions or allergies. In addition, our pharmacy follows strict quality control measures to ensure that all medications are stored and handled properly.

Interviewer: What challenges related to technology and electronic information use have you experienced? What solutions have you implemented, or changes have you made in your practice to address these challenges?

Pharmacist: One challenge we have faced is connectivity issues between our pharmacy system and ADUs. Sometimes, there are delays or discrepancies in the information being transmitted, causing confusion or errors. To address this, we have implemented regular system checks and maintenance to ensure optimal connectivity. We also have backup systems and manual processes for cases when technology malfunctions.

Interviewer: How has informatics helped and/or hindered patient education and awareness?

Pharmacist: Informatics has greatly helped patient education and awareness. Using technology, we can provide patients with detailed information about their medications, like dosing instructions, potential side effects, and interactions. The information is readily available on patient portals or mobile apps, making it easily accessible for patients. However, one challenge we have encountered is ensuring patients understand and utilize technology to access information. Some patients cannot be comfortable or familiar with using digital platforms. We offer alternative options such as printed educational materials or in-person consultations with our pharmacists in these cases.

Part 2 Integrate the Findings from the Literature

Automated Dispensing Units (ADUs)

Automated dispensing cabinets are computerized drug storage devices or cabinets that allow medications to be stored and dispensed near the point of care while controlling and tracking drug distribution (Wai et al., 2022). The most prominent manufacturers of these units are companies like Pyxis, Omnicell, and Cerner. ADUs usually employ barcode technology to ensure accurate dispensing.

Platforms

Pharmacy Management Systems

These software solutions help pharmacies improve operational efficiency, reduce errors, and enhance patient care. They serve as platform for digital organization, managing patient data, inventory, prescriptions, etc. They are integrated with electronic health records (EHRs) and ADUs for streamlined operations (Saha & Ray, 2019). Examples of these systems are Rx30, Liberty Software, and Pioneers.

Patient Portals and Mobile Apps:

Patient portals are secure online websites that give patients 24-hour access to personal health information from anywhere with Internet connection. They connect with EHR, allow patients to access their records and test results and sometimes communicate with their healthcare providers. There are different patient portals, some provided by healthcare institutions and others being standalone products like MyChart or Patient Fusion. Mobile health apps have taken patient education and medication adherence to another level. Apps like Medisafe or My Meds remind patients when to take their medication and provide valuable information about drug interactions and side effects.

Applications of ADUs

ADUs reduce medication errors by ensuring accurate medication dispensing through barcode scanning technology. A study published in the American Journal of Health-System Pharmacy found that barcode-assisted medication order entry and checking systems significantly reduced potential for wrong drugs, dose, and wrong-patient errors.

ADUs also promote workflow efficiency and time-saving in pharmacy practice. A review published in the Journal of Pharmacy Practice highlighted that ADUs streamline medication distribution processes, improve medication inventory management, and reduce medication turnaround times (Muhamad Azim Mazlan et al., 2022). The automation provided by ADUs allows pharmacy staff to focus more on patient care activities and reduce time spent on manual tasks like medication dispensing and inventory checks. Electronic systems and informatics play a crucial role in patient education and awareness. Electronic medication information systems entailing patient portals and mobile apps have potential to improve patient understanding and adherence to medication regimens. Through these platforms, patients can easily access detailed medication information, such as dosing instructions, potential side effects, and drug interactions. This enhances patient education, empowers patients to be actively involved in their healthcare, and improves medication adherence and health outcomes.

Potential challenges associated by ADUs

Potential challenges and limitations associated with use of technology in pharmacy practice are Connectivity issues between pharmacy systems and ADUs. Connectivity creates delays or discrepancies in information transmission. This can be mitigated through regular system checks and maintenance. In addition, not all patients can be comfortable or familiar with using digital platforms for accessing medication information. Pharmacies must offer alternative options, such as printed educational materials or one-on-one consultations with pharmacists, to ensure patients can access important medication information.

Part 3 Summary

In interview analysis, pharmacist working at pharmacy utilizing Automated Dispensing Units (ADUs) provides insights into technology used in their practice. ADUs are computerized systems that store, dispense, and track medication inventory. This summary will explore uses, functions, pros, and cons of ADUs, and highlight positive and negative aspects of technology used by the pharmacist.

Elaboration on ADUs

Automated dispensing cabinets are essential to modern healthcare facilities, providing convenient, efficient, and secure medication storage and distribution methods. They are designed to be placed near point of care, allowing healthcare professionals easy access to necessary medications, and ensuring accuracy and safety (Batson et al., 2020). Key feature of ADUs is ability to control and track drug distribution. Healthcare professionals can simply input their identification credentials when medication is needed to access cabinet. It ensures that only authorized personnel have access to medications, reducing risk of medication errors and theft. ADUs utilize barcode technology to validate medication being dispensed, ensuring accuracy. Major manufacturers of ADUs are Pyxis, Omnicell, and Cerner. The companies offer range of options and configurations to suit needs of different healthcare settings. Some ADUs are designed for general medication storage and distribution, while others are tailored for specific areas or specialties, like operating rooms or emergency departments.

Uses and functions of ADU

Automated Dispensing Units (ADUs) play crucial role in modern healthcare facilities by improving medication safety and workflow efficiency. These innovative systems employ barcode scanning technology to verify accuracy of medication dispensing, reducing medication errors and enhancing patient safety (Cortes et al., 2019). In addition, ADUs include communication features that facilitate quick and efficient communication between healthcare professionals hence streamlining medication distribution processes.

Pros of ADUs

Enhanced Patient Safety

Benefit of ADUs is their ability to enhance patient safety. Medication errors can have severe consequences, leading to patient harm or death. ADUs play substantial role in reducing errors by employing barcode scanning technology. When prescribing or dispensing medications, healthcare professionals scan barcode on medication package and compare it with electronic medication orders. Suppose there is mismatch, alert is triggered, indicating potential medication error. Verification process reduces potential for wrong drugs, doses, and wrong-patient errors, ensuring that patients receive correct medications.

Workflow Efficiency

ADUs streamline medication distribution processes and improve workflow efficiency in healthcare facilities. ADUs simplify and expedite medication distribution process, saving time for healthcare professionals by automating medication dispensing. Pharmacists and pharmacy technicians can spend less time manually counting and packaging medications, allowing them to focus on patient care activities. ADUs improve medication inventory management. Systems can track medication levels in real time, providing accurate information about stock levels and expiration dates. It allows healthcare facilities to optimize medication inventory and reduce waste. Pharmacists can identify medications to be restocked or reordered, ensuring medications are always available when needed. ADUs also generate reports and analytics on medication usage, providing insights guiding purchasing decisions.

Quick Communication

ADUs are built-in features promoting quick and efficient communication between healthcare professionals. Communication features eliminate need for phone calls or physical paperwork, reducing risk of miscommunication and speeding up medication distribution process. For example, if pharmacists identify medication order issue, they can communicate with relevant healthcare professionals through ADU system. Instant communication allows for quick resolution of medication discrepancies and prevents delays or errors in medication administration. ADUs also facilitate communication between pharmacists and pharmacy technicians, ensuring that medications are accurately and efficiently dispensed.

Integration with Electronic Health Records (EHR)

ADUs can be integrated with Electronic Health Records (EHR) systems to enhance communication and workflow efficiency. Healthcare professionals access patient information, medication orders, and relevant data from ADU through integration. It eliminates need for healthcare professionals to search for patient records in separate systems, saving time and reducing risk of errors.

Cons of ADUs

Connectivity Issues: The pharmacist highlighted connectivity issues between pharmacy system and ADUs as potential challenges. Delays or discrepancies in information transmission led to confusion or errors. Regular system checks and maintenance are essential to address connectivity issue.

Patient Adaptation to Technology: Not all patients are comfortable or familiar with using digital platforms to access medication information. It hinders patient education and awareness. Alternative options like printed educational materials or in-person consultations can address the challenge.

Cost: Implementing and maintaining ADUs can be costly for pharmacies and patients. Pharmacies need to invest in upgrading their technological infrastructure to support ADUs, and patients need to purchase devices or incur additional fees for accessing and using ADU platform.

Privacy and Security Concerns: ADUs store and transmit sensitive patient information, like medication details and personal data. It raises concerns about data breaches, identity theft, and unauthorized access.

Technical Issues: ADUs can experience technical issues like glitches, software malfunctions, or hardware failures. The issues disrupt flow of information and compromise patient safety. Regular system maintenance and prompt technical support are necessary to minimize the risks.

Support and Assistance: Some patients require support or assistance when using ADUs, especially those with limited technical skills or disabilities. Pharmacies should provide adequate training and resources to help patients navigate ADU platform effectively. In addition, providing dedicated helpdesk or helpline can assist patients in resolving their issues or queries.

Positive and Negative Aspects of the Technology Used:

Positive Aspects

Improved Medication Safety: Use of barcode scanning technology in Automated Dispensing Units (ADUs) greatly reduces risk of medication errors, enhancing patient safety. Healthcare professionals can ensure that right medication is being dispensed to the right patient (Zheng et al., 2020) by scanning barcodes on medication labels.

Workflow Efficiency: ADUs streamline medication distribution processes, allowing pharmacy staff time to focus on critical tasks. Automation eliminates manual tasks like counting pills and labeling medications, allowing staff to spend time on patient care activities. It improves workflow efficiency and allows for more personalized patient interactions.

Reduced Dispensing and Waiting Times: ADUs can dispense medication quickly and accurately, reducing patient wait times. It is beneficial in busy healthcare settings where high volume of patients needs their medications.

Negative Aspects

Connectivity Challenges: The pharmacist mentioned connectivity issues between pharmacy system and ADUs. In some cases, there can be delays or discrepancies in information transmission, leading to medication errors or delays in medication dispensing. Regular system maintenance and checks are necessary to mitigate the challenge.

Patient Adaptation to Technology: Not all patients are comfortable or familiar with using digital platforms or barcode scanning technology to access medication information. It hinders patient education and awareness about their medications. Some patients struggle to understand how to use technology or prefer more traditional methods of receiving medication information.

Conclusion

The interview with pharmacist provides valuable insights into technology used in pharmacy practice, specifically utilization of Automated Dispensing Units (ADUs). ADUs offer numerous benefits, like enhanced patient safety, improved workflow efficiency, and quick communication between healthcare professionals. Challenges related to connectivity and patient adaptation to technology should be addressed to ensure optimal utilization and patient satisfaction. Technology used in the pharmacy enhances medication safety, operational efficiency, and patient care, highlighting role technology plays in modern pharmacy practice.

References

Batson, S., Herranz, A., Rohrbach, N., Canobbio, M., Mitchell, S. A., & Bonnabry, P. (2020). Automation of in-hospital pharmacy dispensing: a systematic review. European Journal of Hospital Pharmacy, 28(2), 58–64. https://doi.org/10.1136/ejhpharm-2019-002081

Cortes, D., Leung, J., Ryl, A., & Lieu, J. (2019). Pharmacy Informatics: Where Medication Use and Technology Meet. The Canadian Journal of Hospital Pharmacy, 72(4), 320–326. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6699873/

Muhamad Azim Mazlan, Siti Fatimah Salleh, Mohd, & Razak, A. (2022). Design and development of automated dispensing machine as medical device-based application: A review. Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science, 236(18), 10033–10050. https://doi.org/10.1177/09544062221099163

Saha, E., & Ray, P. K. (2019). Modeling and analysis of inventory management systems in healthcare: A review and reflections. Computers & Industrial Engineering, 137, 106051. https://doi.org/10.1016/j.cie.2019.106051

Wai, D. F., Merchant, R. F., & Donneyong, M. M. (2022). Optimizing Medication Distribution in Automated Dispensing Cabinets: Dashboard Implementation and Evaluation. Journal of Pharmacy Practice, 089719002211181. https://doi.org/10.1177/08971900221118159

Zheng, W. Y., Lichtner, V., Van Dort, B. A., & Baysari, M. T. (2020). The impact of introducing automated dispensing cabinets, barcode medication administration, and closed-loop electronic medication management systems on work processes and safety of controlled medications in hospitals: A systematic review. Research in Social and Administrative Pharmacy, 17(5), 832–841. https://doi.org/10.1016/j.sapharm.2020.08.001