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- Volume 1(Issue 1) JANUARY- JUNE 2025
Research Articles
Enhancing Basic Science Education in Pharmacy Through the Use of Forensic Case Studies
Vol.1(1); Pages:1-9. Published on June-2025
Abstract
Between two-thirds and three-fourths of all pharmacy schools fail to teach forensic pharmacy, a profession where pharmacists support investigators. Therefore, a new educational activity was introduced to enhance the teaching of basic science to first-year pharmacy students. This summer program relied on episodes of Forensic Files to allow students to learn about the work of forensic pharmacists and gain more knowledge about pharmacology, toxicology, pharmacokinetics, and medicinal chemistry. I organized students into different groups to analyze the episodes they were assigned. I also had them provide reports about the incident and deliver presentations on the safety problems and how medications were part of the story. Most of the participants reported that their knowledge of basic sciences, team spirit, self-learning, and critical thinking were all better as a result of this activity. Employing real criminal cases matched Bloom’s taxonomy to promote overall learning. The use of this approach can open doors to including forensic science in the curriculum of future pharmacists.
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Pharmacy AI-Powered Innovations: Improving Accuracy, Effectiveness, and Patient-Centered Clinical Care
Vol.1(1); Pages:10-17. Published on June-2025
Abstract
AI is driving major innovations in pharmacy and clinical pharmacy by improving efficiency, enhancing care quality, and increasing accuracy in processes. AI enables pharmacists to analyze, model, and automate data in order to successfully manage and effectively understand care for their patients. AI in pharmacy facilitates accurate administration of drugs, optimizes pharmacy product management, and allows for personalized medicine that takes into account both patient genetics and real-time health information. Integration of AI-driven CDSS into clinical pharmacy leads to more safe prescribing and decreased risks of patient harm as well as helping pharmacists design the most effective drug combination for patients. AI technology can help monitor adherence to medications, identify adverse drug reactions earlier, and better assess risks associated with drugs, contributing to higher standards of primary health care. AI-empowered pharmacists are leading the switch to healthcare that emphasizes predictive, preventive, and personalized approaches to treating patients. Challenges such as ethical and legal issues and access to rich data has become more prominent with AI integration in pharmacy. The paper demonstrates how AI is revolutionizing both pharmacy and clinical pharmacy practice as it promotes advances in personalized care, strengthens operational efficiency, and ensures patients receive complete medical assistance.
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Using Ideas from Marxist Sociology to Make Social Awareness Better in Research Related to Pharmacy Practice
Vol.1(1); Pages:18-25. Published on June-2025
Abstract
We examine how Marxist sociology can inform and influence pharmacy practice research. Marxist sociology casts light on the systematic factors that influence and shape pharmacy practice at multiple levels, including how professional identity is formed, the commodification of care and the distribution of power in healthcare. We argue that drawing upon a Marxist perspective can help uncover important dimensions of pharmacy practice and support the development of a more socially aware practice model.
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Overview of Protozoan Parasites and Their Clinical Significance in Pharmacy
Vol.1(1); Pages:26-34. Published on June-2025
Abstract
This material looks at protozoal organisms from the viewpoint of pharmacy by highlighting information important for today’s practices and for making decisions as a clinician. The report details unicellular eukaryotic microorganisms that are major contributors to global disease and death and arranges the information by how and where the microorganisms function in the body. Summaries of Entamoeba, Giardia, Cryptosporidium, Trichomonas and Plasmodium, Toxoplasma, Leishmania and Trypanosoma explain how they live, how they cause disease and the treatments that work against them. Special attention is given to the methods required for reliable diagnosis which rely on optical microscopy, antibody tests and amplification technologies. Pharmaceutical relevance is highlighted in the manuscript through a study of the challenges caused by protozoans’ eukaryotic development, ways they can resist drugs and their reproductive behaviors. Illustrative scenarios present examples of practice in community pharmacies, healthcare facilities, pharmacy services for travelers and worldwide health projects. Combining knowledge of microbiology and clinical pharmacy gives professionals the ability to contribute in managing protozoal diseases, choosing drugs, estimating adverse effects and guiding public health interventions against major pathogens.
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Enhancing Performance Evaluation Techniques in Pharmacy Education Based on Competencies
Vol.1(1); Pages:35-42. Published on June-2025
Abstract
This material looks at protozoal organisms from the viewpoint of pharmacy by highlighting information important for today’s practices and for making decisions as a clinician. The report details unicellular eukaryotic microorganisms that are major contributors to global disease and death and arranges the information by how and where the microorganisms function in the body. Summaries of Entamoeba, Giardia, Cryptosporidium, Trichomonas and Plasmodium, Toxoplasma, Leishmania and Trypanosoma explain how they live, how they cause disease and the treatments that work against them. Special attention is given to the methods required for reliable diagnosis which rely on optical microscopy, antibody tests and amplification technologies. Pharmaceutical relevance is highlighted in the manuscript through a study of the challenges caused by protozoans’ eukaryotic development, ways they can resist drugs and their reproductive behaviors. Illustrative scenarios present examples of practice in community pharmacies, healthcare facilities, pharmacy services for travelers and worldwide health projects. Combining knowledge of microbiology and clinical pharmacy gives professionals the ability to contribute in managing protozoal diseases, choosing drugs, estimating adverse effects and guiding public health interventions against major pathogens.
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