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9 sie 2024 · Edit article. Citation, DOI, disclosures and article data. This article lists a series of labeled imaging anatomy cases by body region and modality. Brain. CT head: non-contrast axial. CT head: non-contrast coronal. CT head: non-contrast sagittal. CT head: non-contrast axial with clinical questions. CT head: angiogram axial.
- Labeled Imaging Anatomy Cases
This article lists a series of labeled imaging anatomy cases...
- Edit Article
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- Fibrous Joints
Dixon A, Walizai T, Deng F, et al. Fibrous joints. Reference...
- Parenchyma
Radiopaedia.org
- Labeled Imaging Anatomy Cases
Anatomy of the abdominal cavity and the male pelvis: how to view anatomical labels. This tool provides access to a CT atlas in the axial plane, allowing the user to interactively learn abdominal anatomy. The images are labeled, providing an invaluable medical tool. The quiz mode provides evaluation of user progress.
Case Discussion. Normal appearances of an adult male pelvis on CT scan. 24 playlists include this case.
It is performed with a higher radiation dose and larger dose of IV contrast, which helps to evaluate subtle areas of bowel inflammation. the slice thickness is 2.5 mm. This provides an excellent look at the large and small bowel enhancement and vasculature, and also the solid organs.
9 sty 2020 · Sagittal non-contrast CT images of the pelvis. Sagittal images a, b showing the normal midline structures of the male pelvis, including the bladder (B), prostate (P) and seminal vesicles (SV), which are surrounded by the perivesicular space (pevs, white line). The prevesical space (pvs, colored blue) is more anterior in the pelvis, bounded by ...
4 kwi 2024 · Computed tomography of the abdomen and pelvis, performed as a contrast CT, here presented in the axial, coronal and sagittal planes, with 3 mm slice thickness. It shows normal anatomy, with no injuries. The subject is a 21 year old male who had blunt trauma to the upper abdomen during motocross.
20 kwi 2019 · We present the first tool to detect anatomical landmarks in X-ray images independent of their viewing direction. Access to this information during surgery may benefit decision making and constitutes a first step toward global initialization of 2D/3D registration without the need of calibration.
