In today's digital age, digital transformation in the healthcare sector is not just a trend but also a necessary step to improve service quality and organizational performance. With the advancement of technology, healthcare organizations are looking to apply "lean, compact, strong" principles to their data organization and workflow. Here are the highlights on this topic:
Digital transformation is not merely transitioning from storing medical records to computers in the medical field. Additionally, digital transformation in healthcare involves optimizing work processes, enhancing data connectivity, and building a more comprehensive healthcare information system. Electronic medical record (EMR) and electronic health record (EHR) management software are becoming central to this transformation, offering significant potential to enhance the quality of care and optimize health information management.
The principle of "compact, compact, strong" is a critical criterion that applies to technological products and how we organize and manage medical information. This necessitates optimizing information technology infrastructure, minimizing risks associated with information security, and enhancing flexibility in medical data management.
Optimizing IT infrastructure is essential to ensure efficient and flexible system operation. Risk mitigation concerning information is integral to healthcare data management. Increasing flexibility in healthcare data management is crucial for ensuring effective information access and utilization while addressing evolving healthcare industry requirements and needs.
Technology plays an increasingly significant role in propelling digital transformation in the healthcare sector, with three major trends: Artificial Intelligence (AI), blockchain, and the Internet of Things (IoT).
Artificial intelligence (AI) is a potent tool that analyzes medical data from various sources, including test results and medical records, to make more accurate predictions and diagnoses. AI applications can aid medical professionals in treatment decisions and enhance disease prediction and prevention.
Blockchain, a groundbreaking technology in the medical field, ensures the security and transparency of medical data by storing information in linked blocks with robust encryption. This establishes a secure and transparent system, fostering trust among patients and medical service providers.
The Internet of Things (IoT) aids in collecting medical data from internet-connected devices such as personal health monitors and hospital medical equipment. This provides continuous information on patient health and condition, supporting monitoring and optimizing medical treatment and care processes.
While digital transformation brings numerous benefits, it also presents challenges. Data security, privacy compliance, and employee training are issues requiring careful consideration.
Dr. Vo Duc Hieu, Deputy Director of Ho Chi Minh City Oncology Hospital, notes that currently, incomplete legal frameworks and non-standardized data collection hinder digital transformation in hospitals, posing significant challenges. Additionally, large funds are required for investment, upgrades, and maintenance, which still need to be factored into hospital fees, resulting in limited resources for reinvestment.
Establishing a policy mechanism for digital transformation is essential to support hospitals in digital transformation. Medical facilities must standardize information systems and digitize medical data for shared use across various digital platforms from suppliers. Strengthening the security of personal medical information is imperative. Moreover, medical facilities need to develop information technology applications for easy information access and convenient use of medical services during medical examinations and treatments.
Digital transformation in the healthcare sector extends beyond technology to organizing and utilizing information to enhance service quality and healthcare. To successfully implement this transformation, healthcare organizations must understand the "lean, lean, strong" principle and leverage technological expertise to meet society's growing needs.
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