Hospital Pharmacy Software
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From bedside delivery of medications, to dispensing specialty medications, to discharge patients, hospital pharmacies have to serve their patients in a variety of ways. Overall, outpatient hospital pharmacies are working to help reduce re-admissions and improve patient satisfaction for the health system. Rx30 offers the tools and needed integrations that your pharmacy needs to efficiently and effectively care for your patients.
The features and capabilities your hospital pharmacy needs are built into Rx30 pharmacy management system. You do not have to piece together multiple products or solutions in order to effectively care for your patients. Rx30 provides complete solutions for your hospital outpatient pharmacy, including:
WinPharm is a full featured hospital pharmacy drug distribution and control system, and Electronic Medication Administration Record (EMAR) System. It can be utilized as a stand-alone system, or fully integrated with your Electronic Health Record (EHR) System. It also provides the pharmacy component of Computerized Physician Order Entry (CPOE) and "Meaningful Use" requirements for Healthcare Information Technology incentives. WinPharm and its predecessors have been in use in hospital pharmacies since 1977. Phone: 407-657-4623
Assessments. Ninety-seven percent of respondents reported full-time hospital internship experience and 72% had electronic medical record experience prior to completing the module. Mean scores on confidence with performing typical hospital pharmacist tasks significantly increased from the pre-module survey to the post-module survey from 1.5-2.9 (low comfort/confidence) to 2.0-3.4 (moderate comfort/confidence). Course assessments confirmed student achievement of covered competencies.
The need for strong preparation in hospital pharmacy practice has also been described by professional pharmacy organizations. A 2010 publication issued by a joint taskforce from the American Society of Health-System Pharmacists and ACPE concluded that graduates possessed strong clinical knowledge but were not universally prepared to enter practice or residency training in the hospital setting.2 The report identified a comprehensive list of competencies needed for hospital/health system pharmacy practice, including: describing relevant standards that hospitals use to ensure safe and appropriate medication use; performing medication reconciliation during transitions of care; documenting appropriate therapeutic recommendations related to medication therapy; and triaging multiple patient priorities in times of high activity and workload.
At the same time the course was redesigned, the school of pharmacy needed to update the pharmacy system used in the pharmacy practice laboratory. In 2010, Medical Information Technology, Inc., donated the MEDITECH software package (Medical Information Technology, Inc., Westwood, Massachusetts) to the university for use in all health professions programs. As a result, the Bouvé College of Health Sciences began a plan to use the software in each of the programs (including in pharmacy, nursing, physical therapy, and physician assistant) and as a platform for interprofessional collaboration. In the school of pharmacy, the MEDITECH software was integrated into the Pharmaceutical Care Skills Laboratory course to use as prescription dispensing software and to create electronic medical records to present patient case information in the hospital pharmacy module.
The response rate for the pre-module survey instrument was 97% (N=131). One hundred twenty-seven students (96.9% of pre-module survey respondents) reported having completed a hospital-based cooperative education/IPPE and 94 students (71.7% of pre-survey respondents) reported having used an electronic medical record to access patient information.
Another paper described the process undertaken by faculty members in a nursing skills laboratory course as they evaluated several electronic medical record systems and subsequently implemented the NurseSquared software program (Elsevier, Maryland Heights, MO).5 The nursing faculty were specifically looking for electronic medical records software that was easily accessible (ie, Internet-based), could be used with high-fidelity patient simulators, and allowed for nursing students to practice documenting information within the electronic medical record. This electronic medical record system was specifically designed for use in nursing-student education, and while no formal evaluations were described in the article, the nursing program reported an overall positive experience with the system.
We encountered limitations associated with using MEDITECH in the classroom setting. Because MEDITECH is an actual health information system (ie, not designed for use solely in an educational environment), documentation appears in real time. Students are not able to practice documentation or order entry within the hospital patient case without modifying it, which in turn impacts use by subsequent students. The program does not allow educators to create and then copy patient charts. While we established a closed environment that contained only patient charts created for learning activities, each chart had to be constructed individually and all data had to be entered manually. The workload associated with creating multiple unique charts for each enrolled student required the use of a small number of cases with restricted student access. Also, the cases were too complex for students to enter themselves without extensive training (course instructors required approximately 20 hours training before using the system).
The pharmacy management system, also known as the pharmacy information system, is a system that stores data and enables functionality that organizes and maintains the medication use process within pharmacies.
These systems may be an independent technology for the pharmacy's use only, or in a hospital setting, pharmacies may be integrated within an inpatient hospital computer physician order entry (CPOE) system.[1]
Necessary actions for a basic, functioning pharmacy management system include a user interface, data entry and retention, and security limits to protect patient health information.[2][3] Pharmacy computer software is usually purchased ready-made or provided by a drug wholesaler as part of their service. Various pharmacy software operating systems are common place throughout the many practice settings.[4][5][6]
The pharmacy management system serves many purposes, including the safe and effective dispensing of pharmaceutical drugs. During the dispensing process, the system will prompt the pharmacist to verify the medication they have is for the correct patient and has the correct quantity, dosage, and information on the prescription label. Advanced pharmacy management systems offer clinical decision support and may be configured to alert the pharmacist to perform clinical interventions, such as an opportunity to offer verbal counseling if the patient's prescription requires additional education in the pharmacy.
The JCPP's pharmacist patient care process consists of five steps: collect, assess, plan, implement, and follow-up.[7] Ideally, the pharmacy management system assists with each of these practices. The pharmacy system should Collect data at intake and continue to store and organize information as the pharmacist learns more about the patient's medications, their history, goals, and other factors that may affect their health. The technology within the pharmacy information system should allow the pharmacists to Assess the collected information to form a Plan and Implement creative strategies that address the patient's issues. After implementing a plan, the pharmacist should routinely Follow-Up with the patient and make adjustments as needed to further progress.
Outpatient pharmacies typically are retail pharmacies that offer patient care services outside of hospitals and treatment facilities. Outpatient pharmacies, also known as community pharmacies or independent pharmacies, offer care in the form of medication therapy management (MTM), patient education, and clinical services.
Developed in Florida in 1980, Rx30 is a multi-platform software that offers automated pharmacy processes, vendor integrations, and compounding functionality.[8] The Core Services include Accounts Receivable, Point of Sale, and Virtual Pharmacist, a feature that automates the refill process. On October 6, 2016, Rx30 announced its merger with Computer-Rx.[9]
Inpatient pharmacies operate within hospitals and dispense medications to admitted patients receiving treatment. Inpatient pharmacists manage patient health alongside doctors and nurses, and the pharmacy management system must integrate with the various systems operating throughout the hospital to maintain accurate Electronic Medical or Health Records (EMR, EHR).
Epic, named for the long-form poems chronicling hero's lives, began in 1979 by founder Judith R. Faulkner. Epic software currently manages over 200 million patient electronic records. The Willow Inpatient Pharmacy System, when combined with other Epic systems, allows pharmacies access to medical administration records (MAR) and links all aspects of the ordering and dispensing process to simplify collaboration amongst all parties involved in patient care management.[10]
Cerner Corporation has provided health information technology (HIT) to hospitals and healthcare systems since 1979. Cerner PharmNet enables pharmacists to automate their workflow processes and center care around the patient, not the encounter. This software allows pharmacists and doctors to manage prescriptions and verification from the same order in order to streamline medication management.[11]
ControlCheck supports your hospital in building a controlled substance diversion prevention program (CSDPP) that includes clinically driven workflows, cross-departmental collaboration, and cutting-edge unsupervised machine learning analytics. 781b155fdc