Hepatocellular Carcinoma with Inferior vena cava invasion


Labels: Hepatocellular carcinoma, MRI, Teleradiology



Labels: Hepatocellular carcinoma, MRI, Teleradiology

Labels: Aneurysmal bone cyst, Musculoskeletal MRI, Talus, Teleradiology
Images and details here-
Anthropology.net
Labels: archaeology, iceman, otzi



Classification of the AVN lesion
Class A: Central osteonecrotic focus signal analogous to that of fat.
Class B: Central osteonecrotic focus signal analogous to that of blood.
Class C: Central osteonecrotic focus signal analogous to that of fluid.
Class D: Central osteonecrotic focus signal analogous to that of fibrous tissue
Labels: Avascular necrosis, AVN, MRI, Second Opinion, Teleradiology



Dr.Sumer K Sethi, MD
Consultant Radiologist ,VIMHANS and CEO-Teleradiology Providers
Editor-in-chief, The Internet Journal of Radiology
Director, DAMS (Delhi Academy of Medical Sciences
Labels: central line, pneumothorax, Teleradiology



Labels: Basilar artery, MRI, Teleradiology
Labels: PACS, Teleradiology


Labels: 3D CT, hypoplasia, pancreas, Teleradiology
Labels: outsourcing, Teleradiology
Labels: adobe photoshop, PACS, Teleradiology

Labels: 3D CT, lipoma, submandibular lipoma, Teleradiology


Labels: Aneurysmal bone cyst, CT, Teleradiology


Gray matter heterotopia are common malformations of cortical development. From a clinical perspective, affected patients are best divided into three groups: subependymal, subcortical, and band heterotopia (also called double cortex). Symptomatic women with subependymal heterotopia typically present with partial epilepsy during the second decade of life; development and neurologic examinations up to that point are typically normal. Symptoms in men with subependymal heterotopia vary, depending on whether they have the X-linked or autosomal form. Nearly all affected patients that come to medical attention have epilepsy, with partial complex and atypical absence epilepsy being the most common syndromes.
Reference and detailed review in Neurology 2000;55:1603-1608 by Barkovich and Kuzniecky.
Labels: Heterotopia, MRI, Neuroradiology, Seizure


Labels: Fibrous dysplasia, MRI, Musculoskeletal MRI



Labels: 3D CT, lacunar skull, SSD



Labels: carotid body tumour, MRA, MRI, Teleradiology
Labels: Telemedicine, Teleradiology, Teleradiology Providers



"Canavan disease demonstrates bilateral symmetric T2 white matter hyperintensity, including involvement of the subcortical arcuate fibers. This disease appears diffusely throughout the cerebral white matter, does not enhance at computed tomography (CT) or MR imaging, and demonstrates variable involvement of the basal ganglia and cerebellar white matter. For example, both Canavan disease and Alexander disease demonstrate macrocephaly with bilaterally symmetric increased T2 signal intensity of cerebral white matter and involvement of subcortical arcuate fibers. MR spectroscopy, however, has been shown to be a useful diagnostic tool in making this distinction. There is an accumulation of NAA in patients with Canavan disease because of a deficiency in the myelin synthesis pathway; thus, MR spectroscopy reveals a markedly elevated NAA peak. "
In other white matter diseases there is Axonolysis hence NAA decreases, Defective myelination leads to increased Choline and lactate is seen in the activer disease.
Further reading (Radiology 2006;241:310-324.)
Hope you enjoyed this edition of Radiology Grand Rounds submissions are requested for the next Radiology Grand Rounds posted every month last sunday. If you interested in hosting any of the future issues contact me at sumerdoc-AT-yahoo-DOT-com.
Labels: cannavan disease, MRI, MRS, Radiology grand rounds, Teleradiology, White mattter disease
Labels: medical imaging, Meningioma, MRI, MRS, Teleradiology


Labels: computers and radiology, Musculoskeletal MRI, Teleradiology






Sumer's Blog on International Society of Radiology
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