Implementing Pharmacy Informatics in College Curricula: The AACP Technology in Pharmacy Education and Learning Special Interest Group

Many professional organizations have initiatives to increase the awareness and use of informatics in the practice of pharmacy. Within education we must respond to these initiatives and make technology integral to all aspects of the curriculum, inculcating in students the importance of technology in practice. This document proposes 5 central domains for organizing planning related to informatics and technology within pharmacy education. The document is intended to encourage discussion of informatics within pharmacy education and the implications of informatics in future pharmacy practice, and to guide colleges of pharmacy in identifying and analyzing informatics topics to be taught and methods of instruction to be used within the doctor of pharmacy curriculum

Access to Breathing Medications in an Uninsured and Underinsured Patient Population

The purpose of this study was to explore access to breathing medications in an uninsured and underinsured patient population and identify needs for additional medication access resources. Quantitative data were collected from a dispensing report, financial database, and medical records review of patients who filled prescription medications at a charitable pharmacy in Ohio between December 11, 2014 and March 11, 2015, and qualitative data were collected from five semi-structured interviews with patients regarding breathing medication access. A total of 181 patients filled a breathing medication during the study period, which is nearly a quarter of the pharmacy’s patient population. The majority of patients were African American or Caucasian, and almost half were uninsured. Ultimately, the pharmacy had to purchase nearly half of breathing medications provided despite utilizing several medication access routes. Thus, access remains a significant challenge. Efforts are needed to ensure that vulnerable populations can consistently access breathing medications.   Type: Clinical Experienc

Perceptions of Preparedness for Interprofessional Practice: A Survey of Health Professional Students at Three Universities

Objective: The purpose of this study was to evaluate health professions students’ understanding of their own and others’ roles on interprofessional (IP) teams, assess students’ perceptions of their preparedness to practice in an IP team, and determine differences by type of learning institution and participation in interprofessional education (IPE). Methods: Medical, nursing, and pharmacy students at three Ohio universities with unique IP learning models were surveyed. Descriptive statistics, analysis of variance (ANOVA), chi-square, and two sample t- tests were used to compare measures of knowledge, IPE participation, and preparedness. Results: Of the 981 invited students, 273 completed the survey (27.8% response). Overall, 70.7% of participants felt prepared to work on an IP team. Those who reported participation in IPE were more likely to feel prepared to practice on an IP team compared to those who did not (76.8% [149/194] vs. 55.3% [42/76], p=0.0005). Participation in IPE did not significantly affect knowledge scores (participators 79.6% vs. non-participators 81.0%, p=0.1731). Those who had higher profession-specific knowledge scores were more likely to feel prepared to work with that specific profession. Conclusions: Participation in IPE activities in the representative institutions was high, as was knowledge of professional roles. Both participation in IPE and increased knowledge of roles were associated with increased student-assessed preparedness. Advancement of skills and behaviors including knowledge of roles and other competencies may all be important. Pharmacy in particular should prioritize IPE as a means to elucidate our role on the patient care team.   Type: Original Researc

Implementing Pharmacy Informatics in College Curricula: The AACP Technology in Pharmacy Education and Learning Special Interest Group

Many professional organizations have initiatives to increase the awareness and use of informatics in the practice of pharmacy. Within education we must respond to these initiatives and make technology integral to all aspects of the curriculum, inculcating in students the importance of technology in practice. This document proposes 5 central domains for organizing planning related to informatics and technology within pharmacy education. The document is intended to encourage discussion of informatics within pharmacy education and the implications of informatics in future pharmacy practice, and to guide colleges of pharmacy in identifying and analyzing informatics topics to be taught and methods of instruction to be used within the doctor of pharmacy curriculum