(6) showed important diagnostic findings on the CT portion for 3% of patients referred for oncologic PET/CT examinations ... and significance of abnormal anatomic findings on CT attenuation-corrected ...

Researchers used PET/MRI to detect otherwise invisible inflammation. Less clear is how this might influence patient care.

As the authors reported in Radiology Case Reports, the patient had no history of cancer and had no pain, weakness, numbness, or other spine-related symptoms. Lab tests confirmed she had severe anemia; ...

med.miami.edu Background/aims To examine the frequency of abnormal retinal nerve fibre layer thickness ... of RNFLT and GCC measurements classified as ONL were not replicated on subsequent scans. The ...

Long-COVID patients show signs of inflammation on PET/ MRI scans suggests a new study published in the Jouenal of Nuclear ...

Computed tomography (CT) attenuation correction scans are an intrinsic part of positron emission tomography (PET) myocardial perfusion imaging ... Patients with 3 or 4 abnormal chamber volumes were 7× ...

It is targeted primarily at nuclear medicine technologists and CT technologists but may be beneficial to physicians performing PET/CT scans as well. The learning objectives for this article are to ...

Figure 1. Decrease in PET signal after foralumab treatment (bottom row) as compared to pre-treatment baseline (top-row). Adapted from Singhal T et al. Clinical Nuclear Medicine 2025 (in press).

If you already have osteoporosis, bone scans can also tell you how fast the disease is progressing. But an abnormal bone scan can create as many questions as it answers. Who should get a bone ...

Tiziana Life Sciences Announces Significant Reduction in Microglia Activation in PET Scan of Moderate Alzheimer's Patient Treated with Intranasal Foralumab NEW YORK, May 09, 2025 (GLOBE NEWSWIRE) -- ...

The microglial TSPO PET scan revealed a significant decrease in microglia activation, a key indicator of neuroinflammation associated with Alzheimer's disease progression. Figure 1. Figure 1. Decrease ...