我们已经走过了 21 世纪的近四分之一,技术已牢牢扎根于医疗保健的几乎所有领域,成为改善患者治疗效果和推动新护理模式的必不可少且无处不在的工具。可穿戴健康监测器、跟踪应用程序甚至机器人手术都是患者护理中常见的技术用途,我们大多数人都认识到这一点并认为理所当然。医疗保健中一个鲜为人知的技术来源——可以说是护理领域最重要的技术来源之一——是护理信息学。许多使医院能够无缝运行的幕后技术基础设施都是由护士信息学家提供的,他们创建的系统支持临床工作流程和围绕文档、沟通和患者护理的决策。护理信息学是医疗保健领域的重要组成部分,它提供独特的解决方案,例如虚拟护理,以解决护理领域各种新兴需求和挑战。
护理信息学的独特优势
美国护理协会将护理信息学领域定义为护理科学、计算机科学和信息科学的整合,用于管理和交流护理实践中的数据、信息、知识和智慧。1换句话说,护理信息学家翻译护理和技术术语,有效地在临床工作人员、技术人员和行政领导之间进行沟通,通过使用技术提高患者护理的效率。选择这一领域的护士磨练他们独特的技能,包括富有同情心地应用护理科学、了解患者体验、技术知识和有效沟通。护理信息学发展的核心工具的一个典型例子是电子健康记录及其单一实践表亲电子病历 (EMR)。电子健康记录和 EMR 如此普遍和不可或缺,以至于没有它们的当代医院可能无法辨认。这些电子系统带有护理信息学的标志。它们包含相关的临床信息、IT 系统实施和对多个用户的广泛访问,所有这些都协同工作以支持患者、一线护理人员、管理员和整个护理团队。
深入研究护理信息学领域,就会发现为什么这个领域如此独特和重要。繁忙的医疗保健环境瞬息万变,虽然患者体验、护理和质量始终是第一要务,但质量改进计划和实施想法可能会相互竞争或冲突,尤其是当不同的医院利益相关者使用不同的“语言”时。护理信息学家的工作是翻译三种不同的“语言”:“护士”、“信息技术”和“医院管理员/业务分析师”。他们使用多管齐下的方法的数据,独特的优势使他们能够寻求创造性的技术解决方案,例如,更新现有实践以实施更高效的工作流程或设计工具来应对特定挑战。护士信息学家的另一个重要职能是通过实施技术循证实践 (EBP) 来改善患者护理和护理体验。当我们考虑护理中的 EBP 时,我们通常会想到与床边护理或感染预防更相关的临床护理和实践。但 EBP 在护理信息学中也很重要。事实上,许多护士信息学家都会进行自己的研究,以了解利用技术改善患者护理的最有效方法。此外,他们的沟通专业知识使他们非常适合向临床工作人员传播新举措或设计用于临床培训分发的电子学习计划。2如果您目前正在医疗保健系统中使用技术工具,请感谢护士信息学家。
虚拟护理:用例
护理信息学领域具有独特的优势,可以帮助解决当今一些最紧迫的护理挑战,并且通过创造性的技术手段来实现这一目标。护理行业面临着劳动力短缺的问题,这已经不是什么秘密了,而且未来几年这种状况只会更加恶化。虽然原因各不相同,猜测也很多,但数据就是证据:一项指标估计,2021 年注册护士 (RN) 减少了约 100,000 名,这是过去 40 年来护士离职人数最多的一年。美国卫生资源和服务管理局( HRA) 估计,到 2025 年,全职 RN 的短缺人数将达到 78,610 名。此外,劳动力正在老龄化。目前的 RN 平均年龄为 52 岁,估计到 2031 年,每年将有 200,000 名退休,此外,人口老龄化在未来几年可能需要更多而不是更少的护理提供者。这种趋势虽然令人担忧,但也带来了创新的机会。
我们主张通过使用虚拟护理来正面应对这一挑战,医院的护理信息学团队倡导虚拟护理。尽管护理远程医疗起源于 20 世纪 70 年代,但虚拟护理在过去 50 年中不断发展,并在 COVID-19 大流行期间因需要而爆发。虚拟护理将临床、技术和行政功能(典型的护理信息学指纹)融合在一起,以创建创新策略来解决护理人员短缺问题并改善患者护理。虚拟护士支持并增强一线护士提供的护理;这项技术不会取代护士,而是补充护理团队。通过视频会议进行实时双向通信,虚拟护士能够提供与面对面传统护士相同的所有非体检职责。例如,虚拟护士可以进行入院或出院会话、处理病史、回答患者问题或提供重要的患者教育和护理指导,让床边护士有更多时间与患者面对面。
虚拟护理除了有助于解决劳动力短缺问题外,还应广泛实施,因为它具有改善患者护理的巨大好处和潜力,包括不间断的护理关注、无缝协助以及增加与专家和访客的接触。例如,楼层护士可能需要30到 45 分钟不间断的时间与一位患者进行出院讨论,同时可能还需要同时响应另一位患者的其他紧急需求。出院指示被打断和多个相互竞争的优先事项可能会导致护理质量下降。然而,虚拟护士也是知识渊博的专业人士,他们可以有更多的不间断时间与每位患者相处,从而使楼层护士可以自由地应对现场紧急情况。在一个虚拟出院护士试点项目中,患者和护士都对互动非常满意,患者的再入院率很低,这表明这个虚拟项目既受欢迎又有效。在一些医院,患者只需按一下按钮,就可以向合格的虚拟护士提问,并实时获得即时信息,而无需等待或担心给忙碌的现场护士增加负担或打扰他们。同样,在门诊环境中等待看医生的患者可以在检查室轻松接受教育或个性化建议,从而节省时间。此外,居住在没有专科医生的农村地区的患者可以更轻松地与各种医疗保健专业人员进行一对一的会诊,例如营养师、高级执业医师、行为健康治疗师或非常专业的专家,而这些专家的现场会诊可能需要旅行。
此外,虚拟护理可以提高患者的满意度和参与度。与单纯的电话相比,视频会议为患者和护士提供了更全面的对话渠道,技术使家庭成员、社会工作者甚至医疗口译员能够更无缝地支持患者护理和健康的多个方面。在一个有限的试点项目中,在另一个医疗系统的病房中安装了 900 多个摄像头,患者“取消静音”以对虚拟护理给予热烈的评价。一项调查显示,患者对他们的虚拟护理体验的反馈率为 100%,这表明这项技术将继续存在。
虽然患者满意度至关重要,但让我们重新审视眼前的挑战。我们知道,为了解决护士短缺问题,我们希望鼓励新护士加入并留在该领域,我们希望提高各级护士的留任率和工作满意度。虚拟护理正在通过创建一种新的护理模式来解决劳动力短缺问题,这种模式既能解决这两个问题,又能同时支持患者和护士。首先,新护士需要更有经验的同事的支持和指导,以最大限度地提高他们的信心、满意度和成功率。护士领导虽然想提供指导,但往往负担过重的行政任务,使他们无法与床边的新护士一起工作。虚拟护士可以轻松承担行政任务,例如患者接收和药物审查,从而让现场护士领导有更多时间投入到新护士的支持和指导中。值得注意的是,指导并不是现场护理所独有的;一位护士信息学家认为,随时待命的虚拟护士也可以提供出色的指导。例如,新护士在人手不足的深夜时分遇到问题并难以寻求帮助时,可以从虚拟护士那里获得建议。因此,虚拟护士的贡献改善了整个部门和团队的工作流程。
其次,虚拟护理为那些出于任何原因更愿意在虚拟环境中运用专业知识或只是想尝试不同事物的护士提供了新的选择。例如,经验丰富的护士虽然受到限制而无法在床边工作,但可以继续执业并改善患者治疗效果。在许多情况下,倾向于这个新兴虚拟领域的护士在与患者的沟通和互动方面表现出色。灵活性也是一个有吸引力的优势;虚拟护士每周在家工作 3 到 4 天,每小时最多可完成 2 个患者任务,轮班时间为 4 到 12 小时不等,提供符合护士相互竞争的优先事项的时间表,同时为无数人提高护理质量和安全性。
当护士对工作环境拥有更多自主权时,她们会报告更高的工作满意度和更少的倦怠感,从而带来更快乐的工作场所、更高的留任率和更少的离职率。16 2023年,一家拥有 68 家医院的医疗系统在其 12 家设施中实施了虚拟护理,护理人员离职率已经提高了 60%,护理人员空缺减少了 46%。虚拟护理综合了临床护理、技术和管理功能,具有巨大的潜力,不仅可以改善劳动力短缺和患者满意度,还可以通过创新方式实现护理模式的现代化。
虽然虚拟护理为许多问题提供了有希望的解决方案,但其实施也会带来挑战。特别是在大型企业中,推出新技术需要部门之间进行良好的协作,并需要高管就虚拟护理的目标达成一致。例如,创建虚拟护理角色需要强有力的商业案例来定义投资回报。此外,虚拟角色可能会由现有的现场护士担任,这会重新分配资源,从而影响护理比例并引发有关远程工作安排的问题。虚拟护士的实施并非易事,但我们认为,这不仅值得,而且对未来的护理服务至关重要。我们敦促您继续关注这个令人兴奋的领域的未来发展。
英文 Advances in technology offer additional health care tools to improve the health of patients and efficiencies for our clinicians in innovative ways. These technologies cover a huge variety of therapeutics, ranging from wearable devices, such as insulin pumps, to robotic-assisted surgeries. Nursing informatics is firmly embedded in the use of technology to improve nursing care and science. One of the most recent developments in nursing is the exploration of virtual nursing. This paper will present the past, current, and future projections for this unique blend of nursing art and science with cutting-edge technology. Keywords: nursing informatics, informatics, telemedicine, technology, virtual nursing, nursing shortage We are nearly a quarter of the way through the 21st century, and technology is firmly grounded throughout almost all elements of health care as a requisite and ubiquitous tool for improving patient outcomes and driving new care models. Wearable health monitors, tracking apps, and even robotic surgeries are commonplace uses of technology in patient care that most of us recognize and take for granted. A lesser-known source of technology in health care—and one that is arguably among the most important in the field of nursing—is nursing informatics. Much of the behind-the-scenes technical infrastructure that allows hospitals to function seamlessly is informed by nurse informaticists, who create systems that support clinical workflows and decision-making around documentation, communication, and patient care. Nursing informatics is a vital part of the health care landscape that offers unique solutions, such as virtual nursing, to address a variety of emerging needs and challenges in the nursing space. The Unique Vantage Point of Nursing Informatics The American Nursing Association defines the field of nursing informatics as the integration of nursing science, computer science, and information science to manage and communicate data, information, knowledge, and wisdom in nursing practice.1 In other words, nursing informaticists translate both nursing and technical jargon, effectively communicating between clinical staff, technical staff, and administrative leadership to advance efficient patient care through the use of technology. Nurses who choose this field hone their unique skill set, which includes the compassionate application of nursing science, knowledge of the patient experience, technical savvy, and effective communication. A classic example of a tool at the heart of nursing informatics development is the electronic health record and its single-practice cousin, the electronic medical record (EMR). Electronic health records and EMRs are so pervasive and indispensable that a contemporary hospital without them might be unrecognizable. These electronic systems carry with them the signature of nursing informatics. They contain relevant clinical information, IT system implementation, and wide accessibility to multiple users, all working in harmony to support patients, frontline caregivers, administrators, and the entire care team. A deeper dive into the world of nursing informatics reveals why this field is so unique and important. The busy health care environment moves fast, and while patient experience, nursing care, and quality are always priority one, quality improvement initiatives and ideas for implementation can compete or conflict, especially when different hospital stakeholders speak different “languages.” A nursing informaticist’s job is to translate between 3 different “languages”: “nurse,” “information technology,” and “hospital administrator/business analyst.” Using data from a multi-pronged approach, their unique vantage point allows them to seek creative technological solutions by, for example, updating existing practices to implement more efficient workflows or by designing tools to address a particular challenge. Another vital function of nurse informaticists is to improve patient care and nursing experience through implementation of technological evidence-based practice (EBP).2 When we consider EBP in nursing, we often think of clinical care and practice more related to bedside nursing or infection prevention. But EBP is important in nursing informatics, too. In fact, many nurse informaticists conduct their own research to learn the most effective ways to use technology to improve patient care.3 In addition, their communication expertise makes them the perfect fit for disseminating new initiatives to clinical staff or for designing an eLearning program for clinical training distribution.2 If you are currently using a technological tool in the health care system, thank a nurse informaticist. Virtual Nursing: A Use Case The field of nursing informatics is uniquely qualified to help solve some of today’s most pressing nursing challenges and does so with a creative technological spin. It is no secret the nursing profession is facing a workforce shortage that will only worsen in the coming years.4 While reasons vary and speculation abounds, the proof is in the data: one measure estimated that the year 2021 saw a decrease of around 100 000 registered nurses (RNs),5 representing the largest single departure of nurses from the profession in the past 40 years.6 The Health Resources and Services Administration estimated that by 2025 there will be a shortage of 78 610 full-time RNs.7 Furthermore, the workforce is aging. With an average age of 52, an estimated 200 000 of today’s RNs will retire each year until 2031,8 on top of an aging population that will likely require more, not fewer, care providers in the years to come. This trend, while troublesome, presents an opportunity for innovation. We advocate tackling this challenge head-on through the use of virtual nursing, which is championed by a hospital’s nursing informatics team. Although the origins of nursing telehealth date back to the 1970s, virtual nursing has evolved over the past 50 years and exploded out of necessity during the COVID-19 pandemic. 9 Virtual nursing merges together clinical, technical, and administrative functions—the quintessential nursing informatics fingerprint—to create innovative strategies to approach the nursing shortage and improve patient care. Virtual nurses support and enhance the care delivered by frontline nurses; this technology does not replace nurses, but rather supplements the care team. Using real-time, 2-way communication through video-conferencing, virtual nurses are able to provide all the same non-physical examination duties as an in-person traditional nurse. For example, a virtual nurse might conduct admission or discharge sessions, process medical histories, answer patient questions, or provide vital patient education and care instructions, allowing the bedside nurse more time in-person with patients. In addition to its help with the workforce shortage, virtual nursing should be implemented widely because of its great benefits and potential for improving patient care, which includes uninterrupted nursing attention, seamless assistance, and increased access to specialists and visitors.10 For example, floor nurses who may need 30 to 45 uninterrupted minutes to conduct a discharge discussion with one patient may also need to respond simultaneously to other urgent needs of another. Interrupted discharge instructions and multiple competing priorities can lead to lower-quality care.11 However, virtual nurses, who are equally knowledgeable professionals, have more uninterrupted time to spend with each patient, allowing floor nurses the freedom to respond to in-person emergencies. In one pilot program of virtual discharge nurses, both patients and nurses reported high satisfaction with the interaction, and patients maintained a low re-admission rate, suggesting this virtual program was both popular and effective.11 In some hospitals, at the literal touch of a button, a patient can ask a question to a qualified virtual nurse and get instant information in real-time without having to wait or fear burdening or interrupting their busy, in-person nurse.12 Similarly, patients who are waiting to see the doctor in an outpatient environment can easily receive education or personalized advice in the exam room, saving time. Furthermore, patients who live in rural areas without specialists can more easily visit one-on-one with varying health care professionals, such as nutritionists, advanced practice practitioners, behavioral health therapists or very specialized experts whose in-person visitations may have otherwise required travel. Furthermore, virtual nursing can increase patient satisfaction and engagement.10 Video-conferencing offers the patient and nurse a more comprehensive avenue for dialogue versus the telephone alone, and technology enables family members, social workers, and even medical interpreters to more seamlessly support multiple aspects of patient care and well-being.13 In a limited pilot program, involving over 900 cameras in the hospital rooms of another health care system, patients “unmuted” themselves to give rave reviews of virtual nursing. One survey provided 100% positive feedback from patients on their virtual nursing experience, suggesting that this technology is here to stay.10 While patient satisfaction is paramount, let us revisit the challenge at hand. We know that in order to address the nursing shortage, we want to encourage new nurses to join and stay in the field, and we want to improve nurse retention and job satisfaction at all levels of tenure. Virtual nursing is attacking the workforce shortage by creating a new model of care that addresses both issues while supporting both patients and nurses. First, new nurses need support and guidance from more experienced colleagues in order to maximize their confidence, satisfaction, and success.14 Nurse leaders, as much as they want to provide mentorship, are often overburdened with administrative tasks, preventing them from working with newer nurses at the bedside. Virtual nurses can easily take on administrative tasks, such as patient intake and medication review, thereby freeing in-person nurse leaders to devote more time to new nurse support and mentorship. Notably, mentorship is not unique to in-person nursing; one nurse informaticist argues that always-available virtual nurses can provide excellent mentorship as well. For example, the new nurse who has a question and struggles to find help in the lower-staffed, wee hours of the night can get advice from a virtual nurse.15 Thus, virtual nurses’ contribution improves the workflow of the entire unit and team.10 Second, the option of virtual nursing provides a new choice for nurses who may prefer to use their expertise in a virtual environment for any reason or who simply want to try something different. For example, experienced nurses who have limitations that prevent them from working bedside can continue to practice and improve patient outcomes. In many cases, nurses who gravitate to this new and growing virtual field thrive in communicating and interacting with patients. Flexibility is also an attractive perk; virtual nurses may complete up to 2 patient tasks per hour as they work from home 3 to 4 days a week with shifts varying between 4 to 12 hours, offering a schedule that fits around nurses’ competing priorities while elevating quality care and safety for countless individuals. When nurses have more agency over their working environment, they report higher job satisfaction and less burnout, which leads to happier workplaces, higher retention, and less turnover.16 In 2023, one 68-hospital health system that implemented virtual nursing in 12 of its facilities has already seen an improvement in nursing turnover by 60% and a decrease in nursing vacancy by 46%.15 Virtual nursing, which synthesizes clinical care, technology, and administrative functions, has incredible potential to not only improve the workforce shortage and patient satisfaction but also modernize care models in innovative ways. While virtual nursing offers promising solutions for a number of issues, its implementation can bring challenges. Particularly in large enterprises, rolling out new technology requires great collaboration between departments and executive agreement on the goal of virtual care. For example, creating virtual nursing roles requires a strong business case to define the return on investment. In addition, virtual roles may be filled by existing in-person nurses, which shuffle resources that may affect nursing ratios and introduce questions about remote work arrangements. Virtual nurse implementation is no easy endeavor, but we argue that it is not only worthwhile but also vital to the future of nursing care delivery. We urge you to stay tuned for future developments in this exciting field.
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