Post-treatment HCC viability assessment using contrast-enhanced ultrasound: A treatment response algorithm to increase sensitivity and prevent misclassification. Read more about #ResponseAssessment @ https://t.co/lhQP879BOV @radiology_rsna @RITEditor @VChernyakMD #RadInTraining https://t.co/dvpR7Y91bD
Liver Imaging Reporting and Data System Contrast-Enhanced US Nonradiation Treatment Response Assessment Version 2024.
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May 2024 – Aug 2024Where it's discussed
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X / Twitter6 posts
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YouTube2 videos
AI synopsis
What people are saying
The discussions highlight positive reactions to the new algorithm designed for assessing tumor viability post-treatment, with specific mentions of increased sensitivity and the importance of accurate classification. The tone reflects professional interest and appreciation for advancements, as seen in phrases like 'increase sensâ¦' and 'prevent misclassification,' indicating recognition of the publication's potential impact on medical imaging practices.
The discussions show general approval of the updated assessment methods, emphasizing improved sensitivity and accuracy.
Participants demonstrate moderate interest, focusing on the technical details and implications of the treatment response algorithm.
Posts delve into specific aspects like the algorithm's sensitivity, indicating deep engagement with the subject.
The emphasis on preventing misclassification and enhancing diagnostic accuracy suggests the publication could influence clinical practices.
Abstract in brief
- The American College of Radiology developed LI-RADS to standardize imaging and management for patients at risk of hepatocellular carcinoma (HCC), focusing on various imaging techniques such as US, CT, and MRI.
- The recent update, LI-RADS CEUS Nonradiation TRA v2024, introduces criteria for assessing tumor viability after treatment using contrast-enhanced ultrasound (CEUS), accounting for the differences in imaging appearances post-treatment.
- The new TRA algorithm combines evaluations of both the treated lesion and surrounding areas, allowing for better categorization of treatment response into categories such as nonviable, equivocal, or viable tumors.
Top posts
Most liked on X and BlueskyRT @VitaliKoch: Post-treatment HCC viability assessment using contrast-enhanced ultrasound: A treatment response algorithm to increase sens…
RT @VitaliKoch: Post-treatment HCC viability assessment using contrast-enhanced ultrasound: A treatment response algorithm to increase sens…
RT @VitaliKoch: Post-treatment HCC viability assessment using contrast-enhanced ultrasound: A treatment response algorithm to increase sens…
RT @VitaliKoch: Post-treatment HCC viability assessment using contrast-enhanced ultrasound: A treatment response algorithm to increase sens…
RT @VitaliKoch: Post-treatment HCC viability assessment using contrast-enhanced ultrasound: A treatment response algorithm to increase sens…
All mentions
LI-RADS CEUS Algorithm for Liver Treatment Response Assessment 2024
Radiology In a Minute offers concise summaries of current radiology research. The 2024 update to LI-RADS CEUS introduces criteria for evaluating tumor viability after treatment using contrast-enhanced ultrasound…
Advances in Liver Imaging for NASH and HCC Assessment 2024
Dr. Linda Chu reviews recent developments in non-invasive liver imaging, focusing on MR elastography and updated LI-RADS CEUS guidelines for assessing treatment response in NASH and hepatocellular carcinoma…
RT @VitaliKoch: Post-treatment HCC viability assessment using contrast-enhanced ultrasound: A treatment response algorithm to increase sens…
RT @VitaliKoch: Post-treatment HCC viability assessment using contrast-enhanced ultrasound: A treatment response algorithm to increase sens…
RT @VitaliKoch: Post-treatment HCC viability assessment using contrast-enhanced ultrasound: A treatment response algorithm to increase sens…
RT @VitaliKoch: Post-treatment HCC viability assessment using contrast-enhanced ultrasound: A treatment response algorithm to increase sens…
RT @VitaliKoch: Post-treatment HCC viability assessment using contrast-enhanced ultrasound: A treatment response algorithm to increase sens…
Post-treatment HCC viability assessment using contrast-enhanced ultrasound: A treatment response algorithm to increase sensitivity and prevent misclassification. Read more about #ResponseAssessment @ https://t.co/lhQP879BOV @radiology_rsna @RITEditor @VChernyakMD #RadInTraining https://t.co/dvpR7Y91bD