Track 15: Artificial Intelligence
Artificial intelligence in nursing
Artificial intelligence (AI) encompasses a wide range of healthcare technologies that are transforming nurses‘ roles and improving patient care. In healthcare, AI typically refers to a computer’s ability to convert data into knowledge on its own to guide decisions or autonomous actions. However, precisely defining AI can be difficult due to its wide range of applications, which include risk prediction algorithms, robots, and speech recognition—all of which augment nursing practice and are rapidly changing healthcare as a whole.
Clinical decision support, mobile health and sensor-based technologies, voice assistants, and robotics are all examples of nursing AI tools. (Visit myamericannurse.com/how-artificial-intelligence-is-transforming-the-future-of-nursing for an introduction to AI, including definitions of machine learning, deep learning, and other related terms.
A Meeting that brings exclusive insights and inspirational speakers to discuss the latest research & trends. Register to be a speaker CME/CPD/CE accredited 13th World Nursing, Healthcare Management, and Patient Safety Conference on November 15-18, 2023 in Los Angeles, USA, and showcase your talent to the worldwide attendees.
Submit the abstract here: https://nursing.universeconferences.com/submit-abstract/
Clinical decision support tools (such as EHR alerts, clinical practice guidelines, order sets, reports, and dashboards) improve nurses’ ability to make clinical decisions. They may provide information to the end user or actionable options based on the data. Clinical decision support may also be integrated into other tools, such as mobile health applications, in addition to the EHR. When combined with AI, clinical decision support can make predictions and recommendations with greater accuracy and specificity than humans. To prevent catheter-associated urinary tract infections, AI-based clinical decision support includes automatically generated nursing diagnoses, fall risk prediction, and guided decision trees.
These tools’ concepts are not novel. For example, fall risk prediction entails regular assessment and fall precaution implementation. Manual risk calculation, on the other hand, is time-consuming and prone to human error, resulting in inaccurate predictions. Over traditional methods, AI has three advantages:
- The ability to consider large amounts of data quickly in risk prediction
- increased intervention specificity (accurately flagging patients most at-risk)
- Variable selection and calculation are automated.
- AI correctly identifies at-risk patients by taking into account more diverse patient information from the EHR and other data sources.
Mobile health and sensor-based technologies
The COVID-19 pandemic altered patient care delivery by necessitating the retrieval of data from patients remotely and between clinic visits. Mobile health (health) and sensor-based technologies have the potential to reshape a nurse’s ability to deliver care and monitor patients, which account for more than 75% of healthcare spending in the United States.
Mobile health technologies (smartphones, smartphone apps, and wearable technologies) aid in the management of chronic illnesses by receiving and transmitting data directly between patients and providers, resulting in a comprehensive picture of a patient’s health in their daily environments.
Voice assistants (such as Amazon Alexa and Google Assistant) may have a future in EHR applications, gathering patient data in the home and delivering interventions to supplement care. Consider the following scenario: a nurse uses Alexa to remind older adults to take their medications and to check their blood pressure. Alexa then enters patient information into the EHR for the nurse to review. Because of their voice-based interaction, these tools may be especially useful for older adults and patients with certain disabilities, such as poor eyesight. The value of voice assistants is dependent on nurse involvement in technology selection, implementation, and patient care.
Researchers have been using AI for several decades, but its application in practice is still relatively new. When nurses use artificial intelligence, such as clinical decision tools, they can quickly process large amounts of data to identify risks, recommend interventions, and streamline workflow. However, in order for AI to truly transform nursing practice, limitations must be addressed with nurse input.
Sub-tracks of Artificial intelligence in nursing
- Smartphones and wearables.
- At-home or portable diagnostics
- Smart or implantable drug delivery mechanisms
- Digital therapeutics and immersive technologies
- Genome sequencing
- Artificial Intelligence
- Robotics and automation
- The connected community
TOP AI COMPANIES TO KNOW
List of the 10 best Artificial intelligence in nursing Association in the World
- Google Health/Deep Mind
- IBM Watson Health
- Oncora Medical
- Cloud MedX Health
- Babylon Health
- Butterfly Network
- Caption Health
Artificial Intelligence: Organizations
American College of Radiology Data Science Institute
Working with stakeholders to develop and implement radiology-related artificial intelligence applications.
American Medical Informatics Association
A professional organization interested in the intersection of informatics and healthcare.
Association for the Advancement of Artificial Intelligence
A nonprofit scientific society devoted to advancing the scientific understanding of the mechanisms underlying thought and intelligent behavior and their embodiment in machines.
Canadian Artificial Intelligence Association
The Canadian arm of the Association for the Advancement of Artificial Intelligence.
Data Science Association
A non-profit professional association of data scientists.
European Association for Artificial Intelligence
Promotes the study, research, and application of Artificial Intelligence in Europe
A professional organization for engineering, computing, and technology information around the globe.
International Neural Network Society
An organization of researchers studying neural networks and computational science
Machine Intelligence Research Institute
A research nonprofit studying the mathematical underpinnings of intelligent behavior.
National Artificial Intelligence Initiative
A coordinated program across the entire Federal government to accelerate AI research.