ABSTRACT
Pneumothorax is a potentially life-threatening condition that requires prompt recognition and often urgent intervention. In the ICU setting, large numbers of chest radiographs are performed and must be interpreted on a daily basis which may delay diagnosis of this entity. Development of artificial intelligence (AI) techniques to detect pneumothorax could help expedite detection as well as localize and potentially quantify pneumothorax. Open image analysis competitions are useful in advancing state-of-the art AI algorithms but generally require large expert annotated datasets. We have annotated and adjudicated a large dataset of chest radiographs to be made public with the goal of sparking innovation in this space. Because of the cumbersome and time-consuming nature of image labeling, we explored the value of using AI models to generate annotations for review. Utilization of this machine learning annotation (MLA) technique appeared to expedite our annotation process with relatively high sensitivity at the expense of specificity. Further research is required to confirm and better characterize the value of MLAs. Our adjudicated dataset is now available for public consumption in the form of a challenge.
Subject(s)
Crowdsourcing , Pneumothorax , Artificial Intelligence , Datasets as Topic , Humans , Machine Learning , Pneumothorax/diagnostic imaging , X-RaysSubject(s)
Pneumonia/diagnosis , Female , Fibrin , Headache/etiology , Humans , Middle Aged , Pneumonia/complications , Respiratory Insufficiency/etiologyABSTRACT
Carotidynia is a term that is best defined by neck pain associated with tenderness over the carotid artery. The differential diagnosis of this entity is broad and includes vascular disorders such as carotid dissection, aneurysm, occlusion, and arteritis. We describe the first reported case of carotidynia caused by septic embolization to the carotid bulb and offer a logical plan for its management.