New AI Model May Improve Hospital Patient Care and Outcomes

Source: Geralt/Pixabay

Scientists are more and more discovering extra methods to use the predictive capabilities of artificial intelligence (AI) machine studying in well being care, life sciences, and medical fields. In a current study revealed within the Journal of the American Medical Informatics Association, researchers use AI machine studying and digital well being data to foretell people in danger for strain accidents with excessive precision.

When an space of pores and skin is injured as a result of power on the pores and skin’s floor, that is referred to as a strain damage. Other names for this situation are strain sore, decubitus ulcer, and strain ulcer in line with the Cleveland Clinic. A extra acquainted identify for a strain damage is bedsore. The reason for such a damage could also be as a result of fixed strain on the pores and skin, often over the bony components of the physique such because the tailbone, hips, elbows head, heels, and ankles. Another trigger could also be as a result of a shearing or frictional power between the pores and skin and one other floor, equivalent to when a affected person is shifting in a wheelchair.

Each yr there are 2.5 million sufferers affected by strain accidents leading to roughly 60,000 deaths, over 17,000 lawsuits, and prices starting from USD 9.1  to 11.6 billion in line with statistics from the Agency for Healthcare Research and Quality on the U.S. Department of Health and Human Services.  Caring for strain accidents is dear. The price per strain ulcer for one affected person can vary wherever from USD 20,900 to as much as USD 151,700 in line with the company.  

“Pressure injuries contribute adversely to an individual’s morbidity, mortality, and physical and psychosocial quality of life,” wrote researchers Wenyu Song, Min-Jeoung Kang, David Bates, and Patricia Dykes on the Brigham and Women’s Hospital in Boston, Massachusetts, in collaboration with Linying Zhang and Jiyoun Song at Columbia University, and Wonkyung Jung on the University of Washington. “They are also expensive. Pressure injuries increase hospital length of stay by 4–10 days and total healthcare costs by $10 708 per patient, accounting for approximately $26.8 billion per year.”

The researchers got down to create a predictive mannequin utilizing AI machine studying and phenotypes from digital well being file information that features full assessments by nurses. The information used was from over 188,500 anonymized inpatient scientific data from 5 hospitals at Mass General Brigham spanning the interval of 2015-2018.

The workforce created an inventory of options from scientific literature and reviewed it by scientific area specialists, then validated it in opposition to the Communicating Narrative Concerns Entered by RNs (CONCERN) database leading to a cohort of 9,148 sufferers.

The researchers grouped the highest ten clinically important options into three classes: neurological assessment for Glasgow coma scale and consciousness, bodily mobility for gait/transferring, exercise, and spinal wire damage, and blood chemistry panel for albumin, hemoglobin, blood urea nitrogen, chloride, and creatine.  

Then the researchers created 4 strain damage prediction fashions utilizing the options with logistic regression (LR), help vector machines (SVM), random forest (RF), and neural community algorithms. The neural community was applied utilizing the Keras library in Python, and the remaining three algorithms used the Scikit-Learn library in Python.

The researchers discovered that logistic regression was outperformed by the opposite three machine studying fashions, and that the random forest mannequin achieved the best Area Under the Curve (AUC), a broadly used metric for analysis of the efficiency of an AI classification mannequin. According to the researchers, their random forest machine studying mannequin achieved 94 % AUC primarily based on a five-fold cross-validation.

“Our AUC was over 90% and may be used as a prediction tool in clinical practice and as a baseline model in future pressure injury studies,” concluded the researchers. “Our models derived from both hospital and nonhospital acquired pressure injury events could provide valuable information to clinicians and nurses to facilitate early prevention of these distinct types of pressure injury. The strong relationship between nurse-assessment features and occurrence of pressure injury revealed in our results could also help nurses to identify high-risk hospitalized patients and inform tailored preventative interventions.”

Copyright © 2021 Cami Rosso All rights reserved.


Please enter your comment!
Please enter your name here