The technology and infrastructure used to evaluate, record, and exchange patient health data are referred to as healthcare information technology (IT). Healthcare IT facilitates the recording of patient data to enhance healthcare delivery (Dönmez et al., 2020). The technology allows for analysis of this data for both ministries of health agencies and healthcare practitioners via the healthcare chief information officer. Advances in the health sector have aided the industry’s development in the economy after a long and stumbling process. Upon adapting to the new IT system, the industry has achieved advances that have benefited not just patients’ health but also it is standing in the global economy. The technology maintains the healthcare’s workflow, supporting health, safety, and patient care.
When doctors have access to trustworthy and accurate information, they are able to provide their patients with medical treatment that is enhanced and more effective than before. Additionally, patient outcomes have improved because electronic medical records allow healthcare professionals to identify problems and provide preventative strategies to limit medical procedure mistakes. Researchers show that most doctors prefer to use electronic medical records to keep track of their patients and have a reliable reference to their medical information (Mantas, 2020). According to the findings, electronic medical records make it easier to diagnose diseases and prevent them in their early stages. Therefore, the records help to guarantee that the health and safety of patients are maintained at all times. Not only does it ensure the safety of patients, but it also enhances the overall quality of healthcare services delivered.
The healthcare information system through technology has enhanced the quality of health care given to people worldwide since its beginnings. It has made it simpler to perform investigations and provide treatment choices for diagnosis, allowing people with chronic illnesses to live longer and better lives. These conditions are monitored and treated to enhance disease prevention and ensure that patients get high-quality treatment. Medical practitioners may assess the changes observed over time in a patient’s information with access to all of the patient’s health information, thereby improving patient outcomes. Any doctor may access the information and be aware of the many problems that a patient may be experiencing, such as their response to particular medicines and allergies, because patients’ data are kept electronically. As a result of this knowledge, a doctor may better understand the problems affecting the patient and provide a foundation for a more effective treatment approach.
Electronic medical records (EMRs) store, manage, and monitor patient health data and guarantee that they get appropriate medical treatment to provide a high-quality and safe method of diagnosing and avoiding problems. Any health practitioner may access information about a patient’s medical history since it is stored in the system (Winter et al., 2018). Health professionals enter the data into the system and make it accessible to other physicians if the patient’s medical history requires it. When this information is kept in electronic records, it is simpler and more efficient to follow and monitor patients’ health. Every patient may be recognized by their picture and name on the variation of the medical records, making it simple to locate them. The electronic medical record improves patient health by ensuring that physicians have a history of the different problems that patients have previously experienced. It also ensures that patients are safe even if they are asleep. Providers may collect information and evaluate the patient’s status using the data given by the system’s reminders and alerts.
The IT systems have served their objectives in various ways, including providing physicians with vital information about a patient’s medical history. With this information, health care professionals may create a medical treatment that is safe and secure for the patients’ health. Various providers have utilized these records in medical facilities, and they have proved to be helpful and efficient in delivering medical treatment to patients. Providers have evaluated the different requirements of particular groups in their service category with comparable needs by utilizing these data, making it simpler to offer services to these groups and effectively administer the prescribed therapies.
Therefore, there is a need for healthcare IT for sustainability in the healthcare systems. For example, a health practitioner at a certain health facility may need to assess the number of people who have had their blood pressure measured and therefore have a base of operations. They can also identify the occurrence of certain comparable problems and the treatments that may be successful in certain instances, allowing them to understand the best techniques better to maintain and control the disease. These and other applications have made technology a competitive element in the health industry, promoting better and higher-quality health care that is safe and efficient for patients.
The Chief information officers are always abbreviated as CIOs; they play an important role in the execution of IT strategies in healthcare companies. Some technical applications, such as electronic health records, are more critical than others (Carter & Passerini, 2018). In order for the system to be successful, CIOs’ views regarding IT applications, budget, and future projections are critical to success. In any health care company, CIOs are often the main enforcers of IT strategy implementation. Therefore, these officers supervise the functioning of an organization’s IT department and interact with other C-level executives on technology-related requirements and buying choices.
References
Carter, R., & Passerini, F. (2018). The Strategic CIO: Changing the dynamics of the business enterprise. Auerbach Publications.
Dönmez, E., Kitapçı, N., Kitapçı, O., Yay, M., Aksu, P., Köksal, L., & Mumcu, G. (2020). Readiness for Health Information Technology is Associated to Information Security in Healthcare Institutions. Acta Informatica Medica, 28(4), 265. doi:10.5455/aim.2020.28.265-271
Mantas, J. (2020). Information technology and information management in healthcare. Health Information Management: Empowering Public Health, 274, 139.
Winter, A., Stäubert, S., Ammon, D., Aiche, S., Beyan, O., Bischoff, V., … Löffler, M. (2018). Smart medical information technology for healthcare (SMITH). Methods of Information in Medicine, 57(S 01), e92-e105. doi:10.3414/me18-02-0004