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Debowski M, Brain lobes - annotated MRI. Case study, Radiopaedia.org (Accessed on 22 Aug 2024) https://doi.org/10.53347/rID-61691. At the time the case was submitted for publication Maciej Debowski had no recorded disclosures. Brain MRI with annotations of major structures.
111 Normal anatomy by Mohamed shweel. braın by HMB *. CT Brain by Gourab Mitro Plaban. CT head by Mohit Kumar. Dr Abid cases by Abid Hussain. Annotated ct brain by Dr manzoor Ahmed. illustrations annotated images by Mini Singhal. ED_3 by Alexander Kirwan. CT Head Tutorial RadSIG by Alexander Troyer.
This article lists a series of labeled imaging anatomy cases by body region and modality.
MRI brain is a specialist investigation that is used for the assessment of a number of neurological conditions. It is the main method to investigate conditions such as multiple sclerosis and headaches, and used to characterize strokes and space-occupying lesions.
The brain (TA: encephalon) is the vital neurological organ composed of: cerebrum. diencephalon. brainstem. midbrain. pons. medulla. cerebellum. The brain is housed in the neurocranium of the skull and bathed in cerebrospinal fluid. It is continuous with the cervical spinal cord at the cervicomedullary junction.
Patient Data. Normal appearance of a young person's brain on a 1.5T scanner other than borderline low-lying tonsils. Note, however, that McRae’s line (basion to the opisthion) needs to be measured A) in the midline and B) from the tip of the cortical bone - and not the fat-rich bone marrow.
The subarachnoid cisterns, or basal cisterns, are compartments within the subarachnoid space where the pia mater and arachnoid membrane are not in close approximation and cerebrospinal fluid (CSF) forms pools or cisterns (Latin: "box"). As they are interconnected, their patency is essential for CSF circulation.
Citation, DOI, disclosures and case data. Debowski M, Brain lobes - annotated MRI. Case study, Radiopaedia.org (Accessed on 20 Aug 2024) https://doi.org/10.53347/rID-61691. At the time the case was submitted for publication Maciej Debowski had no recorded disclosures.
Cerebral veins have thin walls with no muscular tissue and possess no valves. They emerge from the brain and lie in the subarachnoid space, coursing over the surface of the brain, aggregating into larger channels until they pierce the arachnoid mater and the meningeal layer of the dura mater and drain into the dural venous sinuses.
The basal ganglia are a group of grey matter nuclei in the deep aspects of the brain that is interconnected with the cerebral cortex, thalami and brainstem.