Earlier (40-60min) 18F-MK6240 #tau PET acquisition may be just as robust as later (90-120min) frames, while reducing skull/meningeal uptake. #Alzheimers#neuroimaging@WCMRadiology#BHII
https://t.co/AZJZWxzhiL
FOR THE FIRST TIME IN 53 YEARS, THE KNICKS ARE NBA CHAMPIONS 🏆
New York defeats San Antonio 4-1 in the NBA Finals, capturing their third championship in franchise history!
8/8 Takeaway: AFs are a must for HBA-MRI post-LRT, significantly improving sensitivity (57.5% ➡️ 67.1%, P = 0.002). When evaluating post-LRT HCC with HBA, do not ignore T2 and DWI!
Read more ➡️: https://t.co/7ZSvB3OSbM
@RadiologyEditor@VChernyakMD@SuhnyAbbara
1/8 Can MRI contrast selection alter post-treatment tracking in #HCC? New @radiology_rsna study pits ECA vs HBA agents head-to-head using #LIRADS Nonradiation Treatment Response Algorithm v2024 to find out which catches viable #HCC best! #RadInTraining#Tweetorial@RITEditor
7/8 With AFs applied, sensitivities became statistical equals:
• ECA Sensitivity: 76.7%
• HBA Sensitivity: 67.1%
• P = 0.16
Integrating structural and diffusion biology levels the playing field across contrast types!
8/8
Takeaway: AI-automated MVO radiomic analysis deciphers latent signals in #CardiacMRI that we simply can't see. It's a faster, more precise way to risk-stratify STEMI patients and move toward personalized post-MI care!
Read more ➡️: https://t.co/Ua2772Cx13
1/8
Can AI-driven radiomics decode the "no-reflow" phenomenon in #STEMI? New @radiology_rsna multicenter study uses an #AI framework to quantify microvascular obstruction (MVO) heterogeneity and predict Major Adverse Cardiovascular Events ! #RadInTraining#Tweetorial@RITEditor
7/8
The Power of Integration: By combining Radscore with LVEF, researchers created distinct prognostic groups.
High Risk: LVEF ≤ 40% + High Radscore.
These patients showed significantly elevated MACE rates, potentially identifying who needs more aggressive follow-up.