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    • Latest in Home
    CIPHER, an AI-powered CT foundation model, identifies patients with lung cancer at increased risk of immunotherapy-induced pneumonitis before treatment begins. The AI-generated output, shown here, highlights lung abnormalities to support early risk assessment and personalized patient care.
    CT-based AI model predicts pneumonitis in lung cancer patients
    September 25, 2026
    Free Webinar: CT Contrast Injection Reimagined
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    Free Webinar: CT Contrast Injection Reimagined
    September 22, 2026
    Representative longitudinal chest CT images and five-year parametric response mapping (PRM), pulmonary vascular CT reconstructions, and hyperpolarized xenon-129 (Xe-129) ventilation MRI scans from survivors of nonsevere and severe COVID-19 pneumonia. (A–F) Images in a 68-year-old male survivor of nonsevere COVID-19 pneumonia, (G–L) 62-year-old male survivor of severe COVID-19 pneumonia, and (M–R) 55-year-old male survivor of severe COVID-19 pneumonia. For each participant, the first three columns show coronal chest CT images from the acute phase (A, G, M), two-year follow-up (B, H, N), and five-year follow-up (C, I, O) (left to right). The fourth column (D, J, P) shows a coronal PRM image for each participant at five-year follow-up derived from paired inspiratory and expiratory CT scans, showing the spatial distribution of lung functional categories. Green indicates normal lung tissue, yellow indicates functional small airway disease, and red indicates emphysema. The second-to-last column shows volume-rendered small pulmonary vessel visualization (red) at five-year follow-up per participant (E, K, Q). The column on the far right (F, L, R) shows a hyperpolarized Xe-129 MRI ventilation defect percentage (VDP) map at five-year follow-up per participant. Dark blue represents high Xe-129 signal intensity, corresponding to well-ventilated lung regions, whereas red represents no Xe-129 signal intensity, corresponding to ventilation defects. At five-year follow-up, the 68-year-old survivor of nonsevere COVID-19 pneumonia (top row) showed near-complete radiologic resolution, no respiratory symptoms, and preserved pulmonary function. In contrast, the 62-year-old survivor of severe COVID-19 pneumonia (middle row) showed persistent fibrotic linear opacities without respiratory symptoms and mildly reduced pulmonary function. The 55-year-old survivor of severe COVID-19 pneumonia (bottom row) showed persistent scattered fibrotic linear opacities and focal emphysematous changes in both lungs, with dyspnea and impaired gas exchange function. The VDP values obtained from F, L, and R were 7.7%, 7.1%, and 6.3%, respectively.
    What are the effects of COVID-19 pneumonia after 5 years?
    September 24, 2026
    Nuclear Medicine
    USC researchers develop “plug-and-play" platform for PET tracers
    September 24, 2026
    More in Home
    CT-based AI model predicts pneumonitis in lung cancer patients
    By Amerigo Allegretto
    The algorithm outperformed clinical and radiomics models in these patients.
    September 25, 2026
    CIPHER, an AI-powered CT foundation model, identifies patients with lung cancer at increased risk of immunotherapy-induced pneumonitis before treatment begins. The AI-generated output, shown here, highlights lung abnormalities to support early risk assessment and personalized patient care.
    Women's Imaging MinnieCast, Episode 18: On the road with the LBCA
    By Amerigo Allegretto
    The Lobular Breast Cancer Alliance (LBCA) is embarking on a nationwide bus tour to raise disease awareness.
    September 25, 2026
    Minnie Cast Thumbnail (26)
    What are the effects of COVID-19 pneumonia after 5 years?
    By Will Morton
    After five years, residual lesions persisted in 35.6% of survivors (37 of 104).
    September 24, 2026
    Representative longitudinal chest CT images and five-year parametric response mapping (PRM), pulmonary vascular CT reconstructions, and hyperpolarized xenon-129 (Xe-129) ventilation MRI scans from survivors of nonsevere and severe COVID-19 pneumonia. (A–F) Images in a 68-year-old male survivor of nonsevere COVID-19 pneumonia, (G–L) 62-year-old male survivor of severe COVID-19 pneumonia, and (M–R) 55-year-old male survivor of severe COVID-19 pneumonia. For each participant, the first three columns show coronal chest CT images from the acute phase (A, G, M), two-year follow-up (B, H, N), and five-year follow-up (C, I, O) (left to right). The fourth column (D, J, P) shows a coronal PRM image for each participant at five-year follow-up derived from paired inspiratory and expiratory CT scans, showing the spatial distribution of lung functional categories. Green indicates normal lung tissue, yellow indicates functional small airway disease, and red indicates emphysema. The second-to-last column shows volume-rendered small pulmonary vessel visualization (red) at five-year follow-up per participant (E, K, Q). The column on the far right (F, L, R) shows a hyperpolarized Xe-129 MRI ventilation defect percentage (VDP) map at five-year follow-up per participant. Dark blue represents high Xe-129 signal intensity, corresponding to well-ventilated lung regions, whereas red represents no Xe-129 signal intensity, corresponding to ventilation defects. At five-year follow-up, the 68-year-old survivor of nonsevere COVID-19 pneumonia (top row) showed near-complete radiologic resolution, no respiratory symptoms, and preserved pulmonary function. In contrast, the 62-year-old survivor of severe COVID-19 pneumonia (middle row) showed persistent fibrotic linear opacities without respiratory symptoms and mildly reduced pulmonary function. The 55-year-old survivor of severe COVID-19 pneumonia (bottom row) showed persistent scattered fibrotic linear opacities and focal emphysematous changes in both lungs, with dyspnea and impaired gas exchange function. The VDP values obtained from F, L, and R were 7.7%, 7.1%, and 6.3%, respectively.
    USC researchers develop “plug-and-play" platform for PET tracers
    By Will Morton
    Preliminary work suggests the approach can generate tracers targeting fibroblast activation protein.
    September 24, 2026
    Nuclear Medicine
    Image-based grading system estimates nasopharyngeal carcinoma severity
    By Amerigo Allegretto
    The four-tier grading system showed excellent reliability and good prognostic value for patients with nasopharyngeal carcinoma.
    September 23, 2026
    Representative MRI scans for which the independently assigned imaging-derived extranodal extension (iENE) grades differed among the readers. (A) Axial and sagittal images in a 56-year-old male patient with nasopharyngeal carcinoma and cervical nodal metastases. Readers 1 and 3 interpreted the finding as a metastatic lymph node invading the left sternocleidomastoid muscle (arrow) and assessed an iENE grade of 3, whereas reader 2 assigned a grade of 2. After joint review, the radiologists reached a consensus on the absence of definite sternocleidomastoid muscle invasion, and the final iENE grade was 2. (B) Axial and sagittal images in a 52-year-old male patient with nasopharyngeal carcinoma and cervical nodal metastases. Reader 1 interpreted the findings as a single enlarged metastatic lymph node and assessed an iENE grade of 1, whereas readers 2 and 3 interpreted them as two coalescent metastatic lymph nodes (arrows) and assessed a grade of 2. After joint review, the radiologists reached a consensus on the coalescence of the two metastatic lymph nodes, and the final iENE grade was 2.
    ASTRO 2026 to center on translating radiotherapy data into dialogue
    By Will Morton
    Radiopharmaceutical therapy will feature in a dedicated hands-on workshop alongside a roundtable.
    September 23, 2026
    Astro
    PACS workstations add to power consumption in radiology departments
    By Amerigo Allegretto
    PACS workstations consume about 25 kW when active while also consuming power cumulatively in powered down states.
    September 23, 2026
    Radiologist Dictating (1)
    X-rays reveal severe aortic calcification in dialysis patients
    By Will Morton
    The findings reinforce lateral lumbar radiography's potential as an accessible, low-cost tool for opportunistic cardiovascular risk stratification in dialysis care.
    September 22, 2026
    Lumbar Spine
    Podcast: OSHA report reveals more about 2023 MRI accident
    By Amerigo Allegretto
    MRI experts dive into Cal/OSHA's report on a 2023 MRI accident in which a nurse was pinned between an ICU bed and an MRI scanner.
    September 22, 2026
    The Invisible Force Podcast Album Cover
    Ex-NFL QB Matt Hasselback points brain imaging study
    By Will Morton
    The trial’s main goal it to establish methods for diagnosing chronic traumatic encephalopathy (CTE) in the living, rather that by postmortem exams.
    September 21, 2026
    Structural Mri
    Telix inks deal to acquire ITM for $1.65B
    By Erik L. Ridley
    The deal would create a combined company with significant radioisotope manufacturing, distribution, and radiopharmaceutical development capabilities.
    September 21, 2026
    Isotopes1
    Connectivity, wellness, education at center of SDMS annual meeting
    By Amerigo Allegretto
    Kevin Rooker outlines what attendees can expect at the 2026 SDMS annual meeting in Atlanta.
    September 21, 2026
    Georgia Atlanta Map Pin (1)
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