Interprofessional Journal of Health Sciences

Advisory Board and Editorial Team

Editor — 2025-06-11

Editorial Note

Editor — 2025-06-11

Scientific research is a continually evolving enterprise that thrives on collaboration and the open exchange of knowledge. Just as meticulous control of experimental variables is fundamental to ensuring scientific rigor, the selection of an appropriate and accessible platform for disseminating research findings is equally essential. In the context of today’s globally interconnected research environment, it is no longer sufficient for scholarly discoveries to remain limited to individual institutions or geographic regions. To truly foster innovation, it is imperative that research outputs be disseminated widely and equitably. This is particularly crucial when research is supported by public funding, as the resulting knowledge should be accessible to all stakeholders—not restricted to a privileged few.

The Interprofessional Journal of Health Sciences (Interprof. J. Health Sci.) is firmly committed to advancing open access to scientific knowledge. By publishing exclusively in English—the lingua franca of the global scientific community—the journal ensures that new findings are disseminated to an expansive international readership. In recognition of the rapidly growing body of scientific literature, the journal accepts a diverse range of manuscript types, including original research articles, systematic and narrative reviews, case reports, brief communications, and editorial correspondence.

The journal’s core mission is to facilitate the dissemination of high-quality research across a broad spectrum of disciplines, encompassing health sciences, biomedical research, technological innovation, and socio-medical studies. Readers of both current and future volumes will encounter a wide array of interdisciplinary and biologically oriented research, offering insights that may inform and enrich their own scholarly endeavors. As an active contributor to the international scientific community, Interprof. J. Health Sci. acknowledges that meaningful scientific progress is often incremental, with major breakthroughs occurring infrequently. Nonetheless, it is these cumulative advances that form the foundation of sustained innovation.

In support of this mission, the journal provides a robust and inclusive platform for researchers from Thailand and around the world to share their work. The manuscript submission process has been optimized through an efficient online system (https://li05.tci-thaijo.org/index.php/IJHS), designed to facilitate accessibility and ease of use. The editorial team extends its sincere appreciation to all authors contributing to the current volume, particularly those who submitted their work within constrained timelines. Special thanks are also due to our peer reviewers, whose expert evaluations and editorial guidance are indispensable to maintaining the scholarly integrity and editorial quality of the journal. Finally, we warmly welcome feedback and constructive suggestions from our readership as we continue to advance the scope, quality, and global impact of Interprof. J. Health Sci.

Table of Content

Editor — 2025-06-11

Development and Assessment of Instructional Material to Enhance Microsoft Excel Learning in a Pharmacology Laboratory

Thidarat Phetmanee — 2025-02-17

Microsoft Excel is a widely used tool for data management, analysis, and presentation in various fields, including healthcare and education. In the PHA 352 course, Pharmacology Laboratory for Pharmacy Students, at the College of Pharmacy, Rangsit University, students use Microsoft Excel to calculate and present experimental data. However, many students encounter difficulties with Microsoft Excel's basic and advanced scientific functions, highlighting the need for targeted training to meet course demands. This study aimed to develop instructional material for Microsoft Excel via the ADDIE model for the PHA 352 course. Students’ perceptions of the material, as well as their understanding and skills in using Microsoft Excel, were evaluated. Pretest and posttest designs were used to measure competency levels, with a focus on essential Microsoft Excel functions for the course. Statistical significance between the scores was determined using a paired t-test or Wilcoxon signed-rank test at the 0.05 level. An online questionnaire was used to assess students’ satisfaction with and perceived effectiveness of the material's content, exercises, and usability. Data were analyzed via descriptive statistics. The results from 160 third year pharmacy students revealed a significant improvement in posttest scores compared with pretest scores, demonstrating the effectiveness of the instructional material in enhancing Microsoft Excel skills. The findings indicate that students were highly satisfied, valuing how the material aligned with the course objectives and its practical uses. In conclusion, the instructional material for Microsoft Excel was effective in enhancing students’ Microsoft Excel skills.

Analysis of the Relationship between the Number of Patients Receiving Services and the Amount of Infectious Waste Generated at the University of Phayao Dental Hospital

Paphaon Kheawseema — 2025-06-10

This study aimed to 1) examine the amount of infectious waste generated by each clinic within the Dental Hospital, University of Phayao; 2) investigate the number of patients receiving services at each clinic; and 3) analyze the relationship between the number of patients and the amount of infectious waste produced. A descriptive cross-sectional study design was employed. Data were collected between August 2024 and January 2025 via the HOSxP hospital information system and infectious waste records in accordance with the Department of Health guidelines. Correlation analysis was conducted using Pearson’s or Spearman’s correlation coefficients, depending on the normality of the data. The results revealed a strong positive correlation between the number of patients and the amount of infectious waste (r = 0.829, p = 0.042), which was statistically significant. These findings suggest that the amount of infectious waste in dental clinics is influenced not only by the number of patients but also by the nature of the procedures, the types of materials used, and the waste management practices of each clinic. This study provides valuable insights for designing effective infectious waste management systems tailored to the specific context of each clinic. This study also supports the development of efficient, safe, and environmentally friendly waste management practices and highlights the need for further research with larger and more diverse datasets.

Development of a LINE Chatbot (CAREBOTX) for Providing Information on Specialized Medications

Boonsita Fhakfaipouk — 2025-06-05

This descriptive study aimed to develop a LINE chatbot to provide information on the use of specialized medications and to assess user opinions and satisfaction at Rangsit University. The researcher developed the chatbot using Google Sheets as a medication database and integrated Google Apps Script with the Messaging API and Webhook to enable user interactions. The chatbot was designed to retrieve information on specialized medications on the basis of trade names or categories, including details on dosage forms, usage instructions, and demonstration videos. Data on user opinions and satisfaction were collected from 221 volunteers aged 18 and older, excluding healthcare personnel and health sciences students. Among the 300 recruited participants, 221 met the inclusion criteria and completed an online questionnaire via Jotform. The results indicated that users highly rated the chatbot in terms of content, application, efficiency, and system accessibility. Overall satisfaction with the LINE chatbot was also rated very positively. In conclusion, this study demonstrated that CAREBOTX is an accurate, user-friendly tool for providing information on specialized medication use, making it highly suitable for individuals requiring specialized medications.

Molecular Mechanisms of Skin Photoaging and the Therapeutic Applications of Plant-Derived Bioactive Compounds

Abhiruj Navabhatra — 2025-06-09

Chronic exposure to ultraviolet (UV) radiation accelerates skin aging, leading to structural and functional deterioration characterized by dryness, irregular pigmentation, lentigines, hyperpigmentation, wrinkles, and reduced elasticity. Increasing attention has been given to plant-derived natural compounds for their potential therapeutic applications in mitigating UV-induced skin photoaging. This review critically examines the cellular and molecular mechanisms underlying photoaging and explores the therapeutic potential of plant-based natural ingredients. UV radiation induces photoaging through direct damage to cellular macromolecules and indirect oxidative stress mediated by reactive oxygen species (ROS). ROS-driven signaling cascades contribute to key pathological processes, including inflammation, extracellular matrix degradation, apoptosis, mitochondrial dysfunction, and immune suppression. Additionally, recent evidence suggests that UV exposure affects adipose tissue homeostasis and modulates transient receptor potential cation channel V, further exacerbating photoaging. Over the past few decades, mechanistic studies have identified multiple therapeutic targets, paving the way for novel interventions. This review highlights promising plant-derived bioactive compounds that counteract UV-induced skin damage through antioxidant, anti-inflammatory, and photoprotective mechanisms. By elucidating the molecular pathways involved in photoaging and evaluating the efficacy of natural product-based interventions, this work provides insights into potential strategies for preventing and managing UV-induced skin deterioration.