Bone Age
Conditions
Brief summary
AI-Assisted Bone Age Assessment
Detailed description
Artificial intelligence (AI) has gained great advancement in the application in clinical practice. However, this might introduce the automation bias, that the clinician over-rely on the incorrect advise from AI. The automation bias could have a great impact on the clinical decisions in an AI era. However, efforts to mitigate the automation bias tend to focus on upgrading AI performance and reducing bias in algorithms, which neglect the role of users. The aim of this study is to investigates the impact of the automation bias on the bone age assessment among radiologists with different seniority.
Interventions
True output from bone age AI
Randomized output from bone age AI
Sponsors
Study design
Intervention model description
Six radiologists with different seniority (senior, intermediate, and junior) were recruited. The 200 standard films were evenly divided into two subsets: datasets A and B. A randomized crossover design with four periods (each with a 4-week duration) was arranged to minimize anticipation and carryover effects. Each radiologist who made an assessment with the aid of true AI or fake AI information could agree or disagree with the AI's predictions. The information of the fake AI was resulted from the randomization of the outputs from the true AI. Each radiologist was blinded to the existence of the fake AI.
Eligibility
Inclusion criteria
* Exams read by radiologists who interpret pediatric skeletal age exams and verbally consent to participate
Exclusion criteria
* Exams containing more than one radiograph will not be included. No further
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| Difference of Skeletal Age Estimate | Five months | Mean absolute difference of bone age assessment between true AI-assisted and fake AI-assisted among radiologists |
Countries
Taiwan
Contacts
Cheng-Hsin General Hospital