When Not to Operate on Acute Cases-A Surgeon's Perspective on Rapid Assessment of Emergency Abdominopelvic Computed Tomography.
Catalin AliusDragoș ȘerbanLaura Carina TribusDaniel Ovidiu CosteaBogdan Mihai CristeaCrenguta SerboiuIon MotofeiAna Maria DascaluBruno VelescuCorneliu TudorBogdan SoceaAnca BobircăGeta VanceaDenisa TanasescuDan Georgian BratuPublished in: Journal of imaging (2023)
Clinical problem solving evolves in parallel with advances in technology and discoveries in the medical field. However, it always reverts to basic cognitive processes involved in critical thinking, such as hypothetical-deductive reasoning, pattern recognition, and compilation models. When dealing with cases of acute abdominal pain, clinicians should employ all available tools that allow them to rapidly refine their analysis for a definitive diagnosis. Therefore, we propose a standardized method for the quick assessment of abdominopelvic computed tomography as a supplement to the traditional clinical reasoning process. This narrative review explores the cognitive basis of errors in reading imaging. It explains the practical use of attenuation values, contrast phases, and windowing for non-radiologists and details a multistep protocol for finding radiological cues during CT reading and interpretation. This systematic approach describes the salient features and technical tools needed to ascertain the causality between clinical patterns and abdominopelvic changes visible on CT scans from a surgeon's perspective. It comprises 16 sections that should be read successively and that cover the entire abdominopelvic region. Each section details specific radiological signs and provides clear explanations for targeted searches, as well as anatomical and technical hints. Reliance on imaging in clinical problem solving does not make a decision dichotomous nor does it guarantee success in diagnostic endeavors. However, it contributes exact information for supporting the clinical assessments even in the most subtle and intricate conditions.
Keyphrases
- computed tomography
- positron emission tomography
- contrast enhanced
- healthcare
- dual energy
- high resolution
- magnetic resonance imaging
- image quality
- magnetic resonance
- public health
- machine learning
- liver failure
- emergency department
- squamous cell carcinoma
- working memory
- drug delivery
- patient safety
- deep learning
- molecular dynamics
- robot assisted
- single molecule
- health information
- extracorporeal membrane oxygenation
- quality improvement