Abstract
Introduction: This study shows into the technological revolution of connected medical devices, which are redefining the landscape of disease monitoring, diagnosis, and treatment. It explores how the integration of cutting-edge technologies is propelling personalized and remote healthcare services.
Objectives: The primary aim is to evaluate recent advancements in connected medical devices and their impact on enhancing disease monitoring and diagnostic accuracy. The research explores how these technologies are reshaping healthcare dynamics and identifies associated challenges and opportunities.
Methodology: A qualitative approach anchors the research, linking investigative questions with theoretical frameworks and empirical findings. The study scrutinizes wearable devices and implantable systems, integrating a comprehensive literature review with expert interviews and data analysis. This methodological framework enables an in-depth understanding of the interplay between technological innovation and medical practice.
Results: Findings highlight that connected medical devices significantly enhance precision and efficiency in healthcare delivery, enabling real-time patient monitoring and improved clinical decision-making. While technical, ethical, and regulatory challenges are identified, the study also underscores innovative solutions to address these hurdles effectively.
Conclusions: The research emphasizes the importance of qualitative methodologies in examining the realm of connected medical devices. It stresses the need for a robust methodological framework to assess both technological advances and associated challenges thoroughly. This study contributes to a deeper understanding of how connected medical devices are transforming healthcare, highlighting the need for integrated and multidisciplinary approaches to maximize their benefits and mitigate risks. The analysis concludes that connected medical devices could be the key to a future where digital health is at the core of a more inclusive and resilient healthcare system. This study acts as a catalyst in the debate on the digitization of healthcare, proposing strategic directions for future research and policies.
Keywords: Connected medical devices; Remote monitoring; Digital diagnosis; Health technology; Hyperconnectivity
References
- Acuña Acuña EG. “Analysis of the Impact of TIC on Higher Education in Latin America”. International Journal of Educational Technologies 9.1 (2022): 15-29.
- Acuña Acuña EG. “Application of Data Mining and Internet of Things (IoT) for Biomedical products”. Technology Review International Magazine Technology, Science and Society 13.1 (2023).
- Acuña Acuña EG. “Strategies to Promote Research in Engineering Students in Latin American Universities”. New trends in qualitative research 17 (2023): e867.
- Alhatem A, Wong T and Lambert WC. “Revolutionizing diagnostic pathology: The emergence and impact of artificial intelligence—what doesn't kill you makes you stronger?”. Clinics in Dermatology (2024).
- Alvarez-Alvarez C and Obregón-Agüero E. “Analysis of reading plans in secondary education centers”. Biblios Journal of Librarianship and Information Science 85 (2023): 81-93.
- Araújo CA. “Bibliometrics: historical evolution and current issues”. In question 12.1 (2006): 11-32.
- Gupta M, Pandey D and Kumar P. “Digital transformation in robotic rehabilitation and smart prosthetics”. Digital Transformation in Healthcare in Post-Covid-19 Times. Academic Press (2023): 79-93.
- Hall MJ., et al. “Innovations in pediatric prosthetics”. Journal of the Pediatric Orthopaedic Society of North America 3.1 (2021): 221.
- Lestari WD., et al. “Optimization of 3D printed parameters for socket prosthetic manufacturing using the Taguchi method and response surface methodology”. Results in Engineering 21 (2024): 101847.
- Philippi D., et al. “Scientific and technical human capital in university-business technology transfer: the case of a radical innovation”. Management & Technology Magazine 23.4 (2023): 508-527.
- SANTOS ADM., et al. “Industry 4.0 as a facilitator of sustainability for small and medium-sized businesses”. Academia Latin American Journal of Administration. Print advance (2024).
- Silveira CZ and Dias TMR. “The reuse of research data from the perspective of Information Science”. Biblios Journal of Librarianship and Information Science 86 (2024): 41-57.
- van Dun DH and Kumar M. “Social enablers of Industry 4.0 technology adoption: transformational leadership and emotional intelligence”. International Journal of Operations and Production Management 43.13 (2023): 152-182.
- Vieira LP and Pereira RM. “Effects of smoking on labor income: new evidence for Brazil”. Economy. Print advance (2024).
- Yadav S., et al. “Revolutionizing drug discovery: The impact of artificial intelligence on advancements in pharmacology and the pharmaceutical industry”. Intelligent Pharmacy (2024).
- Yang Y., et al. “Linking relationship-specific investments and sustainability performance: The mediating role of supply chain learning”. International Journal of Operations and Production Management 43.8 (2023): 1329-1356.
- Zamora Cordero M., et al. “Optimizing mechanical design for an additively manufactured prosthetic leg”. Procedia Computer Science 232 (2024): 2973-2983.