Abraham Kim

CT
Radiologists distinguish COVID-19 pneumonia on CT
The novel coronavirus disease (COVID-19) is characterized by CT findings that match features of other pneumonia-causing viruses. But radiologists from the U.S. and China demonstrated that they are well-equipped to differentiate COVID-19 from these other viruses in a new study, published online March 10 in Radiology.
March 10, 2020
2020 03 11 18 48 8059 2020 03 11 Ct Coronavirus 20200311185814
CT
3 factors linked to risk of death from coronavirus
For individuals with the novel coronavirus disease, several factors were associated with an increased risk of death in a new study, published online March 9 in the Lancet journal. Careful observation and blood testing could help clinicians identify these individuals at an early stage, researchers say.
March 10, 2020
2020 02 12 18 18 3715 Virus Coronavirus2 400
CT
CT findings for coronavirus may overlap with adenovirus
Chest CT accurately detected the novel coronavirus disease (COVID-19) in the vast majority of high-risk individuals prior to confirmation by laboratory testing, though it also misidentified COVID-19 for the adenovirus in a small percentage of cases in a new study, published online March 4 in the American Journal of Roentgenology.
March 9, 2020
2020 03 09 23 31 5634 2020 03 10 Ct Adenovirus 400 20200309231011
CT
Low-dose CT produces no detectable DNA damage
The debate over the potential harms of CT radiation carries on in a new study published online March 10 in Radiology. Researchers from Japan are reporting that they found no evidence of DNA damage in individuals who underwent low-dose CT scans -- while damage was detectable from standard-dose exams.
March 9, 2020
2020 03 07 00 23 4277 2020 03 10 Dna 20200307001918
Advanced Visualization
AR equipped to 'transform' image-guided interventions
Interventional radiology is in a prime position to leverage the enhanced visualization afforded by augmented reality (AR) technology to improve image-guided procedures and achieve better outcomes, according to a recent article published online in the Journal of Vascular and Interventional Radiology.
March 8, 2020
2020 03 05 18 36 1962 2020 03 09 Ar Thumb
Advanced Visualization
AuntMinnie.com Advanced Visualization Insider
March 4, 2020
CT
3 uses for cinematic rendering of brain CTA scans
Cinematic rendering based on CT angiography (CTA) data can enhance the visualization of complex cerebrovascular anatomy and disease beyond the capabilities of traditional volume rendering, without any added costs, according to an article recently published online in the Journal of Neuroimaging.
March 4, 2020
2020 03 05 01 00 2035 2020 03 05 Cinematic Rendering Thumb
CT
CT, x-ray capture vaping lung injury in teens
What effect does vaping have on the lungs of young, healthy individuals? A study published online March 3 in Radiology details the most prevalent findings seen on the chest x-rays and CT scans of teenagers diagnosed with electronic cigarette, or vaping, product use-associated lung injury.
March 3, 2020
2020 03 02 22 56 7436 2020 03 03 Ct Evali 400
Associations
SIR issues statement on endovascular procedures for trauma
The Society of Interventional Radiology (SIR) released a position statement on the use of endovascular procedures for treating individuals with traumatic injuries in the March issue of the Journal of Vascular and Interventional Radiology.
March 2, 2020
2020 03 03 00 55 4708 Interventional Radiology Fluoroscopy 400
Advanced Visualization
3D printing improves accuracy of knee arthroplasty
A new technique that relies on 3D-printed surgical guides designed with CT data enhanced the accuracy of total knee replacement procedures and also decreased postoperative bleeding and trauma, compared with the standard technique, in a study published online on February 22 in Orthopaedic Surgery.
March 2, 2020
2020 03 02 20 42 4659 2020 03 02 3 D Printing Knee 400
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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
CT-based AI model predicts pneumonitis in lung cancer patients
The algorithm outperformed clinical and radiomics models in these patients.
Minnie Cast Thumbnail (26)
Womens Imaging
Women's Imaging MinnieCast, Episode 18: On the road with the LBCA
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.
CT
What are the effects of COVID-19 pneumonia after 5 years?
Nuclear Medicine
Molecular Imaging
USC researchers develop “plug-and-play" platform for PET tracers
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Better risk scoring could predict cirrhosis, HCC in patients with SLD
By Amerigo Allegretto
One proposed risk score, SAFE, showed modest benefit in patients with imaging-confirmed steatotic liver disease (SLD).
September 21, 2026
Liver Cancer 400
FES-PET guides second-line therapy decisions in breast cancer
By Will Morton
FES-PET/CT results led to therapeutic management changes in 37.8% of patients.
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Breast Cancer
Recalls stable for radiation oncology tools despite tech advancements
By Amerigo Allegretto
While radiation oncology devices using AI or machine learning are increasingly entering the market, recalls may be plateauing.
September 18, 2026
Fda Button 400
Ultrasound MinnieCast, Episode 17: Elastography holds promise toward expanded role
By Amerigo Allegretto
David Fetzer, MD, discusses current applications and issues in the world of elastography.
September 18, 2026
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Minibeam radiotherapy performs well in first clinical trial
By Will Morton
The technique delivers very high doses of radiation through closely spaced, extremely narrow beams.
September 17, 2026
Radiation oncology medical physicist Michael Grams, MD, holds a device called a tungsten collimator that divides a conventional radiation beam into submillimeter-wide beamlets.
USPSTF names radiologist to task force; ACR responds
By Amerigo Allegretto
Dennis Wulfeck, MD, has 33 years of experience in diagnostic imaging, and his appointment to the task force has the support of the ACR.
September 17, 2026
Capitol Hill Government 400
Individual specialization may drive IR procedure complexity
By Amerigo Allegretto
Practice- and radiologist-level IR specializations showed associations with greater procedural complexity.
September 17, 2026
Interventional Radiology 400
AI boosts brain aneurysm detection on CT angiography
By Will Morton
AI preferentially detected smaller aneurysms (< 3 mm), while radiologists more often identified larger aneurysms (3 to 5 mm and > 5 mm).
September 17, 2026
Ai Brain
ASTRO issues first radiation therapy guideline for bladder cancer
By AuntMinnie.com staff writers
Bladder preservation should be presented as a curative treatment option alongside radical cystectomy.
September 16, 2026
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LLM on par with head-and-neck subspecialists in analyzing MRI reports
By Amerigo Allegretto
GPT-5-Thinking yields similar diagnostic accuracy compared to subspecialists focusing on orbital and head-and-neck MRI.
September 16, 2026
Mri Brain Head 400
CCTA links neighborhood income to atherosclerosis
By Will Morton
The relationship between socioeconomic disparities and imaging-defined coronary atherosclerosis on CCTA has not been fully understood.
September 15, 2026
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Chest CT muscle attenuation predicts future bone density loss
By Will Morton
Muscle and bone loss commonly coexist with aging, but potential links between paraspinal muscle and thoracic vertebral bone mineral density loss remain poorly understood
September 15, 2026
Study overview. (A) Volumetric segmentation of the paraspinal musculature was performed for 1,316 participants. (B) Manual segmentation was performed, the results were compared with the volumetric segmentation results, and the Dice score and the intersection over union were calculated. (C) The three-dimensional segmentations from T1 through T10 were individually extracted and combined into a single volume for analyses. (D) Muscle volume and median muscle attenuation were derived from the segmentation volumes. (E) Analyses were performed to assess the correlation of the paraspinal muscle attenuation and volume with the bone mineral density and the ability to predict vertebral fractures. NIFTI = Neuroimaging Informatics Technology Initiative, 3D = three-dimensional.
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