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At least 19 recordsLinked to original sources

Generalised steatitis in an adult pony mare.

Equine steatitis is a rare condition which is usually reported in foals. A case of generalised steatitis in an adult pony mare is described and compared with steatitis in other species. It is concluded that the condition resembled that recorded in foals but that its aetiopathogenesis remains obscure.

Adipose Tissue↗

Idiopathic mesenteric and omental steatitis in a dog.

A 2-year-old Miniature Dachshund was admitted to the hospital because of fever, frequent vomiting, and watery diarrhea. An intra-abdominal mass and a gastric ulcer were detected. At laparotomy, the omentum was yellow but not icteric, irregularly thickened, and fragile, and a large mass involving the root of the mesentery and the gastrosplenic ligament was found. The histopathologic diagnosis was steatitis, and the dog was treated with prednisolone and cyclosporine for 2.5 years. After 1.5 years, the abdominal mass was not detectable. The dog died suddenly from perforation of the small intestine caused by a foreign body. Necropsy revealed severe adhesions between portions of the small intestine, and cicatrization of the mesentery. Cause of the mesenteric and omental steatitis was not apparent.

Animals↗

Cytomegalovirus infection of adipose tissues induces steatitis in adult mice.

Young adult mice infected with MCMV were shown to develop inflammatory lesions in the peripancreatic and salivary gland adipose tissues. MCMV replication was detected by immunoperoxidase staining and electron microscopy in adipocytes, fibroblasts, endothelial cells and pericytes in brown and white adipose tissues. More infected cells were detected in C3H mice than in BALB/c, BALB.B, BALB.K or C57BL/6 mice. Peripancreatic steatitis consisted of a monocytic infiltrate surrounding focal necrosis of adipocytes, the severity of which was influenced by the route of inoculation, virus dose, and genetic susceptibility to disseminated MCMV-disease. C57BL/6 mice showed the greatest susceptibility with severe coalescing focal inflammation around areas of coagulative necrosis. Salivary gland adipose tissues exhibited lymphocytic steatitis, which was reduced in Nu/Nu mice.

Adipose Tissue↗

Steatitis and fat necrosis in captive alligators.

Steatitis and fat necrosis were identified in a group of 123 American alligators (Alligator mississippiensis) kept in an enclosed pond and fed a diet of only fish for more than 10 years. All affected animals were outwardly healthy and had had no signs of disease in the period immediately before slaughter. The diagnosis was made at the time of commercial slaughter for harvest of meat and hides. Lesions consisted of firm yellow-brown masses distributed in fat tissue throughout the body. The histopathologic diagnosis was granulomatous steatitis, with fat necrosis, based on the finding of multinucleated giant cells, ceroid, and multiple foci of inflammatory cells.

Acute Disease↗

Myopathy and steatitis in the common guppy, Poecilia (Lebistes) reticulata (Peters).

There was 1% mortality among female guppies just imported from Southeast Asia. Moribund fish showed discoloration, lethargy and kyphosis. Microscopically, myopathy and steatitis were observed, together with an extensive ceroid storage. These findings are indicative of vitamin E deficiency, and illustrate the risk of using fish of unknown origin in toxicological studies.

Animals↗

The histopathology and ultrastructure of steatitis affecting common dab Limanda limanda.

This study presents a new description, based on histopathological and ultrastructural studies, of a disease affecting the common dab Limanda limanda (L.). The condition can be recognised by the presence of multiple orange or yellow lesions in the pterygophorial region of the fish. The principal histopathological features are necrosis of fat cells, extensive macrophage infiltration leading to the formation of granulomatous structures, and the accumulation of lipopigment by lipid peroxidation. Based on this description, the condition has been diagnosed as steatitis. Although pathology associated with lipid peroxidation is the dominant characteristic of the lesions examined, it is proposed that this process is secondary to necrosis of the adipose tissue. The aetiology is discussed in the light of these observations. In addition, the first record of this condition affecting long rough dab Hippoglossoides platessoides (Fabricius) is made.

Animals↗

Generalized steatitis associated with selenium deficiency and normal vitamin E status in a foal.

A 7-month-old male Quarter Horse was examined because of severe cachexia, which had begun 2 months earlier. The foal was emaciated and weak despite an excellent appetite. Percutaneous biopsy revealed multiple areas of subcutaneous steatitis with mineralization. Radiography demonstrated calcification of the nuchal ligament. The foal died 9 days after admission. Necropsy revealed mineralized lesions throughout the fascial planes and adipose tissues of the thorax, abdomen, and skeletal muscles, with little to no involvement of muscular tissue. Serum magnesium, copper, and thyroxine concentrations were slightly lower than normal. The serum selenium concentration was unusually low. Renal selenium content was significantly lower (P less than 0.01) than that in similarly prepared sections of kidneys from 3 clinically normal ponies. Low dietary selenium intake was suspected as the cause of the problem.

Animals↗

Non-extractable lipids in the adipose tissues of horses and ponies affected with generalized steatitis.

When adipose tissues of horses and ponies affected with generalized steatitis were extracted by acetone, methanol and chloroform, non-extractable lipids were found to be present, which had become insoluble as a result of peroxidation and polymerization and had acquired autofluorescent characteristics. The origin of these lipids varies. Peroxidation occurs in three different lipid compartments, namely in the cytoplasm of the necrotized adipose cells, in the macrophagess and in the fat globules present in stroma.

Adipose Tissue↗