"Given the heterogeneous and relatively non-specific histological features, it is unsurprising that the literature is replete with alternative names. In many instances, these probably represent separate entities. Some terms that have been used include haemangiolipomas, vascular lipomas, and fibromyolipomas. None of these are recognised in the WHO classification of soft tissue and bone tumours (5th edition, 2020) 7."
"Given the heterogeneous and relatively non-specific histological features, it is unsurprising that the literature is replete with alternative names. In many instances, these probably represent separate entities. Some terms that have been used include haemangiolipomas, vascular lipomas, and fibromyolipomas. None of these are recognised in the WHO classification of soft tissue and bone tumours (5th edition, 2020) 7."
"Given the heterogeneous and relatively non-specific histological features, it is unsurprising that the literature is replete with alternative names. In many instances, these probably represent separate entities. Some terms that have been used include haemangiolipomas, vascular lipomas, and fibromyolipomas. None of these are recognised in the WHO classification of soft tissue and bone tumours (5th edition, 2020) 7."
"Kaposi sarcoma"
Expected headings
"Ultrasonography"
"They are composed of variable amounts of thin-walled branching blood vessels and mature adipose tissue (adipocytes). The vessels frequently contain fibrin thrombi 7. Some tumours are almost entirely fat whereas others are almost entirely composed of blood vessels leading to variable macroscopic, microscopic and imaging features 7."
"There are no specific molecular markers 7."
"Infiltrating angiolipoma is nonencapsulated and can contain phleboliths, heterotopic bone, and calcium salts. There are authors who conclude that it should be classified as an "intramuscular haemangioma" 2,4."
"Angiolipomas most often have an oval shape and well-defined margins (the lateral tumour capsule tend to be less visualised). They frequently appear as heterogeneous and hyperechoic masses with sparse or no vascularisation on colour Doppler flow. There is no acoustic enhancement and calcification 5, 6, 8, 9."