EVALUATING THE EFFECTIVENESS OF TELEMEDICINE IN MANAGING CHRONIC DISEASE: A FOCUS ON HYPERTENSION AND DIABETES
Main Article Content
Keywords
Telemedicine, Hypertension, Diabetes Mellitus, Chronic Disease Management, Patient Satisfaction, Remote Monitoring, Adherence
Abstract
Background: Regions with minimal access to healthcare facilities face continuing public health dangers from hypertension and diabetes mellitus diseases. Telemedicine has proven itself as a valuable healthcare tool which boosts medical services alongside patient monitoring especially for treating ongoing illnesses.
Aim: The research evaluated the successful implementation of telemedicine technology for hypertension and diabetes management by measuring both patient care results and satisfaction together with protocol treatment compliance.
Methods: The investigators conducted the prospective observational study at Ayub Medical Hospital Abbottabad which covered two years starting from February 2024 to January 2025. The research enrolled 100 patients who received either hypertension or diabetes or combined diagnoses. The participants obtained standard telehealth consultations as well as digital disease tracking and long-distance follow-up care services. Basel challenge readings together with blood pressure and blood glucose levels got documented and their changes tracked across the study duration. The questionnaires provided a methodology for evaluating both patient satisfactions along with their compliance levels.
Results: The research project found substantial advancements in medical outcome results. A total of 72% of hypertensive patients reached controlled blood pressure goals during the research period although only 38% were at this level initially. The proportion of diabetic patients who maintained target fasting blood glucose increased to 68% while the initial figure was only 35%. Patient satisfaction stood high regarding telemedicine services as patients found convenience together with timely communication and reduced travel costs to be the main advantages. A majority of 76% of participants demonstrated greater drug compliance throughout the research period.
Conclusion: Telemedicine demonstrated its worth as a successful approach to treatment administration of hypertension alongside diabetes. Telemedicine enabled improved disease management while enhancing patient medicine following and bringing better satisfaction. Results confirm that telemedicine should be employed as a standard approach for managing chronic diseases when serving patients in remote locations.
References
2. Li Y, Shi Q, Yang J, Ran L. Exploring the impact of telemedicine in chronic patients from diverse socioeconomic contexts: systematic review of qualitative studies. Frontiers in Public Health. 2025 Jan 29;12:1510735.
3. Mbanugo OJ. AI-Enhanced Telemedicine: A Common-Sense Approach to Chronic Disease Management and a Tool to Bridging the Gap in Healthcare Disparities. Department of Healthcare Management & Informatics, Coles College of Business, Kennesaw State University, Georgia, USA.
4. Asif M, Gaur P. The Impact of Digital Health Technologies on Chronic Disease Management. Telehealth and Medicine Today. 2025 Mar 31;10(1).
5. Morgan A. Emerging Trends in Nursing Research: Advancing Chronic Disease Management.
6. Mehta A, Jayanna K. The impact of chronic diseases on cognitive impairment in rural population of India: A focus on diabetes, hypertension, cardiovascular disease, and stroke. Brain Behavior and Immunity Integrative. 2025 Jan 1;9:100107.
7. Park Y, Kim EJ, Park S, Lee M. Digital Health Intervention Effect on Older Adults With Chronic Diseases Living Alone: Systematic Review and Meta-Analysis of Randomized Controlled Trials. Journal of Medical Internet Research. 2025 Mar 31;27:e63168.
8. Wang Y, Liu Q, Zhang R. How the Healthy China 2030 Policy Promotes the Construction of a Rural Telemedicine Chronic Disease Management Service System. Studies in Social Science & Humanities. 2025 Mar 27;4(2):37-45.
9. Aidoo EM. Advancing precision medicine and health education for chronic disease prevention in vulnerable maternal and child populations.
10. Mohsin SS, Salman OH, Jasim AA, Alwindawi H, Abdalkareem ZA, Salman OS, Kairaldeen AR. AI-Powered IoMT Framework for Remote Triage and Diagnosis in Telemedicine Applications. Al-Iraqia Journal for Scientific Engineering Research. 2025 Mar 1;4(1):61-76.
11. Tomoh BO, Mustapha AY, Mbata AO, Kelvin-Agwu MC, Forkuo AY, Kolawole TO. Assessing the impact of telehealth interventions on rural healthcare accessibility: a quantitative study.
12. Ikram M, Shah I, Pirzada AS, Javed K, Abbas M, Saqib MN, Bashir A. Designing and Evaluating Digital Therapeutic Interventions Using Virtual and Augmented Reality to Improve Medication Adherence, Patient Education, and Chronic Disease Self-Management. Journal of Health, Wellness and Community Research. 2025 Mar 31:1-6.
13. Kwakye AO, Hutton-Nyameaye AA, Cobbold CC, Boachie-Ansah P, Kretchy IA. A scoping review of interventions to optimize medication adherence in hypertension comorbidity. Research in Social and Administrative Pharmacy. 2025 Jan 11.
14. Chen S, Nguyen D, Foster E, Adams MR. Application and Optimization of Smart Digital Health Platforms in Personalized Nutrition and Chronic Disease Management. European Journal of Public Health and Environmental Research. 2025 Mar 30;1(1):60-6.
15. Liu Y, Wang B. Advanced applications in chronic disease monitoring using IoT mobile sensing device data, machine learning algorithms and frame theory: a systematic review. Frontiers in Public Health. 2025 Feb 21;13:1510456.