Clinical Research

Heart palpitations, chest pain among the long-lasting side effects of COVID-19, new research confirms

“Before we examined the data, I thought we would find an ample amount of the symptoms to be specifically associated with long COVID, but that wasn’t the case," one researcher said. 

#obesity #alzheimersdisease #alzheimersresearch #neuroimaging #brainMRI

Obesity and Alzheimer's look similar on brain imaging, cause comparable neurodegeneration

New data suggest that both obesity and Alzheimer's can cause excess grey matter cortical thinning. 

AI helps reading-room radiologists differentiate colon cancer from diverticulitis

The model augmented and significantly improved diagnostic performance for abdominal subspecialists as well as residents—a result researchers say has major clinical implications.

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Large VA trial could change how patients are screened for liver cancer

Researchers involved in the new study propose that abbreviated MRI protocols could offer more accurate assessments of liver lesions than ultrasound. 

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Severe gum infections linked to heightened AFib risk

Researchers are still working to determine if gum disease leads to heart rhythm issues or if is actually the other way around. 

#CTA #acuteischemicstroke #AIS #radiomics

CTA-based radiomics can reliably estimate time since stroke onset

Radiomics features could be especially useful for determining TSS in scenarios where clinical data is lacking or unreliable, such as when patients have altered mental status.

Extracorporeal CPR refractory out-of-hospital cardiac arrest

Extracorporeal CPR for out-of-hospital cardiac arrest: New research fails to provide answers

While a previous study had found that extracorporeal CPR outperformed conventional CPR among patients with out-of-hospital cardiac arrest, a newer analysis suggests the two treatment options result in similar outcomes. 

New wearable device, no bigger than a stamp, uses AI to deliver on-the-go cardiac imaging

New stamp-sized wearable device uses AI to deliver on-the-go cardiac imaging

The device, designed to be worn for up to 24 hours at a time, uses ultrasound technology and artificial intelligence to track how much blood the user's heart is pumping.