Critique Paper on Teleradiology Effectiveness and Challenges

Group Critique: Teleradiology in Remote Areas

• College: Iligan Medical Center College (San Miguel Village, Pala-o, Iligan City).
• Course: ELECTIVE $11$ (Living in the IT Era).
• Submission Date: June $22$, $2026$.
• Submitted by: Aljun Augusto, Jaryl Balarias, and Shahara Tomondog.
• Instructor: Ms. Feah Shyn A. Oguis.
• Article Source: "Studying the Teleradiology, Its Effectiveness, Challenges, and Future in Remote Areas" by Hafsa Khursheed, Mohd Muteeb Makhdoomi, Rumisa Yaqoob, Zeba Shamim, & Mohd Abdullah Siddiqui ($2026$), published in the International Journal of Academic Medicine and Pharmacy (JAMP).

Overview of Teleradiology

teleradiology involves the electronic transmission of diagnostic images ($X$-rays, $CT$, $MRI$) from remote sites to radiologists for interpretation. According to Khursheed et al. ($2026$), it enhances diagnostic efficiency, reduces reporting delays, and supports emergency care in areas with restricted radiology expertise.

Statement of the Problem and Research Questions

The full potential of teleradiology remains unfulfilled due to technical, clinical, organizational, and regulatory barriers. The study addressed five core questions:

1. Effectiveness in remote area diagnostic access.
2. Major technical and infrastructural challenges.
3. Impact of clinical, ethical, and communication barriers.
4. Legal and regulatory influences.
5. Future advancements and sustainability strategies.

Methodology and Summary of Findings

• Methodology: The study used a qualitative, descriptive review of peer-reviewed articles and research reports.
• Key Findings: Teleradiology significantly improves clinical decision-making and reduces healthcare disparities. However, implementation is hindered by unstable internet connectivity, limited digital infrastructure, workforce shortages, and data security concerns. Success depends on stronger digital systems and standardized protocols.

Critique: Strengths and Weaknesses

• Strengths: Structured review covering multidimensional aspects (technical, ethical, legal), heavy practical relevance for resource-limited settings, and integration of future technologies like Artificial Intelligence ($AI$).
• Weaknesses: Lack of primary data collection or quantitative analysis, potential publication bias from existing literature, and the absence of long-term patient outcome evaluations.

Points of Agreement and Disagreement

• Agreements: The critique authors agree that teleradiology improves rural healthcare, speeds up diagnosis for emergencies (e.g., accidents/strokes), provides specialist access, and will benefit from future $AI$ and cloud integration.
• Disagreements: The paper lacks sufficient focus on patient experience, real-life hospital case studies, practical solutions for connectivity, the impact on healthcare worker stress ($workload$), and detailed hospital data privacy protocols.

Living in the IT Era Concepts and Future Professional Role

• Information Technology: Critical for sending medical images to remote specialists.
• AI and Machine Learning: Support tools for early disease detection and faster workflows, though doctors must make final decisions.
• Ethics: Concerns regarding patient data safety and the risk of over-dependence on technology.
• Radiologic Technologist Role: Future technologists must master $IT$ skills, ensure high image quality for remote review, and manage secure digital workflows.

Personal Adaptation to Technological Change

• Jaryl Balarias: Focuses on continuous learning to bridge communication between doctors and patients.
• Shahara Tomondog: Specifically targets the use of $AI$ to speed up imaging workflows and accuracy.
• Aljun Augusto: Prioritizes patient privacy and data safety in digital interactions to protect sensitive medical information.