Artificial Intelligence in Health and Applications

Artificial Intelligence in Health and Applications

Aslı Köse
Copyright: © 2023 |Pages: 12
DOI: 10.4018/978-1-6684-8337-4.ch002
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Abstract

Artificial intelligence technologies are tools that develop with the contribution of different disciplines from statistics to computer science. These tools contribute to the health sector in many ways, from reducing medical errors, especially in costs, to increasing the patient's accessibility to health services. In addition to the contributions of artificial intelligence technologies, there are ethical concerns and concerns about the use and dissemination of these technologies. The recent COVID-19 pandemic has supported the increase in the level of patient participation in healthcare processes and the transfer of personalized applications to digital environments. Within the scope of this research, artificial intelligence concepts and applications in the field of health will be included. The advantages and disadvantages of artificial intelligence applications in the field of health service delivery will be evaluated.
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Introduction

One of the reasons why artificial intelligence and machine learning applications are becoming popular today is big data. In recent years, topics such as big data analysis, medical imaging, medical record, the pharmaceutical industry, robot applications, early diagnosis, and treatment, ensuring error-free application, and preventing unnecessary treatments come to the fore in artificial intelligence applications in health.

In the prediction, diagnosis, and treatment processes of diseases, artificial intelligence applications that will help healthcare professionals make decisions are greatly utilized. In addition, the excessive growth in digital health data has increased the need for artificial intelligence studies. The most important process that accelerated this need was experienced with the COVID-19 pandemic. Artificial intelligence is an important technology of the fourth industrial revolution to overcome the current global health crisis and be prepared for new pandemics (El-Sherif et al., 2020).

Despite the advantages of artificial intelligence applications, some factors hinder their development in the health sector. One of these factors is the barriers to the adoption of artificial intelligence applications. In a study conducted in German hospitals, it was determined that there is no awareness of these practices that are not used in routine work (Müller et al., 2021). There are uncertainties regarding the benefit it provides to patients. There is no clear understanding of why patients will need artificial intelligence or how Artificial intelligence can support patients with their health needs. In a study conducted in France, it was determined that public institutions and private sector managers agreed on the development of artificial intelligence applications in health services. In addition, it was emphasized that the opinions of the patients benefiting from these services should be taken about the practices (Laï et al., 2020).

In the future, artificial intelligence applications will have an important role in the health service delivery models that are renewed according to the health needs of the elderly population. In a study, it is stated that artificial intelligence applications developed cause age discrimination by excluding the elderly (Chu et al., 2022). As the role of medical technologies continues to grow, clinical medicine will be forced to grow. As in other industries, this challenge will create winners and losers in the healthcare industry. The determinant of the future of artificial intelligence in medicine will depend on how well the confidentiality and security of health data can be ensured.

The determinant of the future of artificial intelligence in medicine will depend on how well the privacy and security of health data can be ensured. The determinant of the future of artificial intelligence in medicine will depend on how well the confidentiality and security of health data can be ensured. Given the widespread problems of hacking and data breaches, there will be an increased need for algorithms that do not risk revealing details of a patient's medical history (Obermeyer & Emanuel, 2016). One of the factors affecting the development of artificial intelligence applications is ethical problems. This technology may cause ethical issues regarding patient safety and privacy. Defining the boundaries between the role of physicians and machines in ensuring patient safety and privacy is a question that needs to be answered (Rigby, 2019).

Key Terms in this Chapter

Health: It is a feeling of well-being physically and spiritually.

Artificial Intelligence: It is a technological tool that understands the human thinking structure and tries to produce a similar one.

Healthcare: Healthcare is the maintenance or improvement of health via the prevention, diagnosis, and treatment of people.

Digitalitization: Digitalization is the use of technologies to change a business model and provide new revenue and value-producing opportunities.

Digital Health: Production of health services with digital technologies.

Artificial Intelligence Applications: They are computer applications that model human thinking and aim to solve problems.

Healthcare Informatics: Healthcare Informatics is defined as the integration of healthcare sciences, computer science, information science, and cognitive science to assist in the management of healthcare information.

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