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    In a recently published review, radiology researchers from the University of Wisconsin discussed the potential and key considerations for applying accelerated magnetic resonance imaging (MRI) protocols in the assessment of emergent and urgent conditions.

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    Unvaccinated people with COVID-19 who undergo angiographic reperfusion after acute ischemic stroke may have a greater than fivefold risk of continued infarct growth in comparison to unvaccinated people without COVID-19, according to computed tomography perfusion (CTP) and magnetic resonance imaging (MRI) findings from a recently published study.

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    • CT Study Examines Post-Reperfusion Infarction Growth in Unvaccinated Patients with #COVID19 https://t.co/oMgkUs1HTS @ACRRFS @ACRYPS @RadiologyACR @ARRS_Radiology @PennRadiology @DukeRadiology @TheASNR @EmoryNeurorads @OHSUNeurorad @NeuroSinai #neuroradiology #radiology #RadRes https://t.co/3P54Qfqai8

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    The artificial intelligence (AI)-powered Neuro Suite reportedly enables radiologists to access leading neurological AI algorithm solutions in the field, including the brain magnetic resonance imaging (MRI) segmentation capabilities of the Combinostics’ algorithm that can help differentiate degenerative pathologies such as Alzheimer’s disease and dementia.

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    • TeraRecon Launches #AI Powered Neuro Suite https://t.co/T0CHXGsF7D @ACRRFS @ACRYPS @RadiologyACR @ARRS_Radiology @RSNA @TheASNR @EmoryNeurorads @OHSUNeurorad @NeuroSinai @JNeuroradiology @PennRadiology @UABRadiology @DukeRadiology @TeraRecon #radiology #neuroradiology #RadRes https://t.co/BXPOakIYdx

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    Researchers found that higher shift volumes, longer imaging interpretation times and weekend work were significantly associated with increased errors in neuroradiology.

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    • Study Assesses Contributing Factors to Diagnostic Errors in #Neuroradiology https://t.co/wbsbk2Mkgu @ACRRFS @ACRYPS @RadiologyACR @ARRS_Radiology @RSNA @TheASNR @NeuroSinai @OHSUNeurorad @PennRadiology @EmoryRadiology @DukeRadiology @YaleRadiology @BrighamRad #radiology #RadRes https://t.co/cJEOUAkzdu

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    Researchers found that higher shift volumes, longer imaging interpretation times and weekend work were significantly associated with increased errors in neuroradiology.

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    • Study Assesses Contributing Factors to Diagnostic Errors in #Neuroradiology https://t.co/XQAUuPbljJ @ACRRFS @ACRYPS @RadiologyACR @TheASNR @ARRS_Radiology @RadiologyUcla @StanfordRad @UofURadiology @UTSW_Radiology @OHSURadiology @UCSFimaging @MayoRadiologyAZ #radiology #RadRes https://t.co/UopvKaT5uF

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    Researchers found that higher shift volumes, longer imaging interpretation times and weekend work were significantly associated with increased errors in neuroradiology.

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    • Study Assesses Contributing Factors to Diagnostic Errors in #Neuroradiology https://t.co/NZYc86xtG6 @ACRRFS @ACRYPS @RadiologyACR @ARRS_Radiology @RSNA @TheASNR @RadiologyUcla @RadiologyUSC @UTSW_Radiology @UCSFimaging @StanfordRad @MayoRadiologyAZ #radiology #RadRes #CTRad https://t.co/B4jLic1BpQ

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    Researchers found that higher shift volumes, longer imaging interpretation times and weekend work were significantly associated with increased errors in neuroradiology.

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    • Study Assesses Contributing Factors to Diagnostic Errors in #Neuroradiology https://t.co/lwRJrM9WID @ACRRFS @ACRYPS @RadiologyACR @TheASNR @ARRS_Radiology @RSNA @UWiscNeuroRad @USCneurorads @StanfordRad @UTSW_Radiology @OHSURadiology @UCSFimaging @UofURadiology #radiology #RadRes https://t.co/v9uxNWjmWU

  • Mashup Score: 0

    Researchers found that higher shift volumes, longer imaging interpretation times and weekend work were significantly associated with increased errors in neuroradiology.

    Tweet Tweets with this article
    • Study Assesses Contributing Factors to Diagnostic Errors in #Neuroradiology https://t.co/HvsBhJT1go @ACRRFS @ACRYPS @RadiologyACR @ARRS_Radiology @RSNA @TheASNR @OHSUNeurorad @EmoryNeurorads @NeuroSinai @PennRadiology @DukeRadiology @UABRadiology @NYUImaging #radiology #RadRes https://t.co/cbarF2kA1F

  • Mashup Score: 0

    Researchers found that higher shift volumes, longer imaging interpretation times and weekend work were significantly associated with increased errors in neuroradiology.

    Tweet Tweets with this article
    • Study Assesses Contributing Factors to Diagnostic Errors in #Neuroradiology https://t.co/zBjBtdBoAX @ACRRFS @ACRYPS @RadiologyACR @ARRS_Radiology @TheASNR @UWiscNeuroRad @USCneurorads @UTSW_Radiology @OHSURadiology @RadiologyUcla @MayoRadiologyAZ @UCSFimaging #radiology #RadRes https://t.co/37aMDhn6zl