Abstract
At the dawn of the fourth industrial revolution, the healthcare industry is experiencing a momentous shift in the direction of increasingly pervasive technologization of care. If, up until the 2000s, imagining healthcare provided by robots was a purely futuristic fantasy, today, such a scenario is in fact a concrete reality, especially in some countries, such as Japan, where nursing care is largely delivered by assistive and social robots in both public and private healthcare settings, as well as in home care. This revolution in the context of care, already underway in many countries and destined to take place soon on a global scale, raises obvious ethical issues, related primarily to the progressive dehumanization of healthcare, a process which, moreover, has undergone an important acceleration following the outbreak of the COVID-19 pandemic, which has made it necessary to devise new systems to deliver healthcare services while minimizing interhuman contact. According to leading industry experts, nurses will be the primary users of healthcare robots in the short term. The aim of this study is to provide a general overview, through a scoping review approach, of the most relevant ethical issues that have emerged in the nursing care field in relation to the increasingly decisive role that service robots play in the provision of care. Specifically, through the adoption of the population-concept-context framework, we formulated this broad question: what are the most relevant ethical issues directly impacting clinical practice that arise in nursing care delivered by assistive and social robots? We conducted the review according to the five-step methodology outlined by Arksey and O'Malley. The first two steps, formulating the main research question and carrying out the literature search, were performed based on the population-context-concept (PCC) framework suggested by the Joanna Briggs Institute. Starting from an initial quota of 2,328 scientific papers, we performed an initial screening through a computer system by eliminating duplicated and non-English language articles. The next step consisted of selection based on a reading of the titles and abstracts, adopting four precise exclusion criteria: articles related to a nonnursing environment, articles dealing with bioethical aspects in a marginal way, articles related to technological devices other than robots, and articles that did not treat the dynamics of human-robot relationships in depth. Of the 2,328 titles and abstracts screened, we included 14. The results of the 14 papers revealed the existence of nonnegligible difficulties in the integration of robotic systems within nursing, leading to a lively search for new theoretical ethical frameworks, in which robots can find a place; concurrent with this exploration are the frantic attempts to identify the best ethical design system applicable to robots who work alongside nurses in hospital wards. In the final part of the paper, we also proposed considerations about the Italian nursing context and the legal implications of nursing care provided by robots in light of the Italian legislative panorama. Regarding future perspectives, this paper offers insights regarding robot engagement strategies within nursing.
Highlights
Since at least the early 1900s, mankind has been fascinated with the opportunity of developing intelligent machines able to act like humans
E primary review question was as follows: (1) What are the most relevant ethical issues directly impacting clinical practice that arise in nursing care delivered by assistive and social robots?
E main question was the following: “What are the most relevant ethical issues directly impacting clinical practice that arise in nursing care delivered by assistive and social robots?”
Summary
Since at least the early 1900s, mankind has been fascinated with the opportunity of developing intelligent machines able to act like humans. At the end of a century of technological experimentation, the beginning of the third millennium witnessed a real robotic demographic explosion [1]. The robotics market has been steadily expanding since the late 1990s-early 2000s. With specific regard to the medical robot industry, in 2012, sales totaled $1.3 billion (1,308 units sold), which increased to $1.4 billion in 2016 (1,600 units sold) and to $2.8 billion in 2018 (5,100 units sold) [2,3,4]. In 2019, the 7,200 units of medical robots sold drove an estimated industry market value of $2.58 billion. Starting from a value of $5.9 billion relative to 2020, the global medical robot market is estimated to reach a value of $12.7 billion by 2025 [5]
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