Case of the future

Dec 2, 2015

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Breast calcifications affect MRI cancer treatment response prediction

September 9, 2025

"Join Us"

September 3, 2025

HPI: U.S. pediatric radiology workforce in decline

September 9, 2025

Representative axial images of mild, moderate, and severe emphysema at baseline low-dose CT (LDCT). Participants were categorized as having no emphysema or mild, moderate, or severe emphysema. When present, emphysema was mild if no distinct regions of reduced attenuation were visible on the CT scan, but vascular splaying indicates parenchymal expansion, or if only occasional discrete low-attenuation regions were observed. Moderate emphysema was defined by the presence of identifiable low-attenuation regions affecting less than half of the lung parenchyma, whereas severe emphysema was defined by the presence of identifiable low-attenuation regions that involved more than half of the lung parenchyma. A scoring system from 0 to 3 was applied, corresponding to none, mild, moderate, and severe emphysema, respectively. Yellow circle indicates the extent of emphysema. (A) A 67-year-old man with mild emphysema at baseline LDCT in 2002. Baseline LDCT scan shows vascular splaying, suggesting parenchymal expansion due to emphysema and occasional discrete low-attenuation regions. The participant ultimately died of cardiovascular disease 15.4 years (184.2 months) later. (B) A 69-year-old man with moderate emphysema at baseline LDCT in 2007. The participant died of cardiovascular disease 1.8 years (21.9 months) later. Identifiable low-attenuation regions affected less than half of the lung parenchyma. (C) An 85-year-old woman with severe emphysema at baseline LDCT in 2006. After 5.5 years (65.5 months) of follow-up, the participant died due to chronic obstructive pulmonary disease–related causes. Identifiable low-attenuation regions involved more than half of the lung parenchyma.

Low-dose CT ties emphysema to mortality in previous smokers

September 9, 2025

Breast calcifications affect MRI cancer treatment response prediction

By Amerigo Allegretto

Calcifications found in HER2-positive cancers lower the performance of MRI to predict pathologic complete response.

September 9, 2025

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Experts propose generalist radiology AI framework

A team of researchers outlined five key features of diagnostic generalist radiology AI (GRAI).

September 9, 2025

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HPI: U.S. pediatric radiology workforce in decline

By Kate Madden Yee

The number of pediatric radiologists in the U.S. is in decline, according to the Harvey L. Neiman Health Policy Institute (HPI).

September 9, 2025

Low-dose CT ties emphysema to mortality in previous smokers

By Amerigo Allegretto

Study findings highlight the clinical relevance of CT-diagnosed emphysema.

September 9, 2025

Representative axial images of mild, moderate, and severe emphysema at baseline low-dose CT (LDCT). Participants were categorized as having no emphysema or mild, moderate, or severe emphysema. When present, emphysema was mild if no distinct regions of reduced attenuation were visible on the CT scan, but vascular splaying indicates parenchymal expansion, or if only occasional discrete low-attenuation regions were observed. Moderate emphysema was defined by the presence of identifiable low-attenuation regions affecting less than half of the lung parenchyma, whereas severe emphysema was defined by the presence of identifiable low-attenuation regions that involved more than half of the lung parenchyma. A scoring system from 0 to 3 was applied, corresponding to none, mild, moderate, and severe emphysema, respectively. Yellow circle indicates the extent of emphysema. (A) A 67-year-old man with mild emphysema at baseline LDCT in 2002. Baseline LDCT scan shows vascular splaying, suggesting parenchymal expansion due to emphysema and occasional discrete low-attenuation regions. The participant ultimately died of cardiovascular disease 15.4 years (184.2 months) later. (B) A 69-year-old man with moderate emphysema at baseline LDCT in 2007. The participant died of cardiovascular disease 1.8 years (21.9 months) later. Identifiable low-attenuation regions affected less than half of the lung parenchyma. (C) An 85-year-old woman with severe emphysema at baseline LDCT in 2006. After 5.5 years (65.5 months) of follow-up, the participant died due to chronic obstructive pulmonary disease–related causes. Identifiable low-attenuation regions involved more than half of the lung parenchyma.

AI boosts cardiac PET imaging

AI-enhanced rubidium-82 myocardial blood flow imaging matched the quality of F-18 flurpiridaz PET perfusion imaging.

September 8, 2025

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Neuroradiology still lacks gender, racial/ethnic diversity

By Amerigo Allegretto

Despite efforts, national data show that gender and racial/ethnic disparities persist in neuroradiology.

September 8, 2025

Bayer pivots away from AI platform business

By Erik L. Ridley

Bayer is discontinuing its Calantic Digital Solutions platform as well as products and services from its Blackford Analysis subsidiary.

September 8, 2025

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PET use increasing in diagnosing cardiac device infections

Integrating F-18 FDG-PET into standardized diagnostic protocols could enhance early detection of cardiac device-related infections.

September 5, 2025

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ISCT: CT is an ideal imaging modality for cardiometabolic screening

By Kate Madden Yee

Tracking biomarkers on CT could help clinicians better predict patient outcomes.

September 5, 2025

Ct Scanner Control Room2 Radiologist

ISCT: Radiologists can help reduce iodinated contrast media waste

By Amerigo Allegretto

Radiologists can take proactive measures in reducing iodinated contrast media waste, according to an ISCT presentation.

September 5, 2025

Wastewater Treatment

ISCT: Mayo Clinic expert outlines how best to allocate PCCT resources

A Mayo Clinic radiologist discusses overcoming photon-counting CT (PCCT) operational challenges.

September 5, 2025

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PET tracer shows promise in patients with neuroblastoma

The PET tracer performed better than standard SPECT imaging with iodine-123 metaiodobenzylguanidine.

September 4, 2025

I-123 MIBG–negative and F-18 MFBG–positive scans showing multiple lesions in 9-year-old male with relapsed high-risk, multiple-relapse neuroblastoma (stage IV disease) receiving chemoimmunotherapy. (A) I-123 MIBG uptake is seen in lower lumbar vertebrae (arrows). Positive uptake with F-18 MFBG PET (B; black arrows) in skull, spine, pelvic bones, femora, and left tibia (B and C; blue and white arrows). Bone marrow biopsy was positive for disease. Follow-up I-123 MIBG imaging (D; left) and spine MRI (D; right) performed six weeks later showed diffuse disease in skull and spine, corresponding to F-18 MFBG–avid sites.

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