Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C0023380 (lethargy)
 5,697 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

A study of literature concerning Lyme borreliosis related to animals was done. In the research work the epidemiology, pathogenesis, diagnosis and treatment of horses, cattle and dogs affected with Lyme borreliosis have been discussed. The clinical signs of Lyme borreliosis in horses are: chronic weight loss, sporadic lameness, laminitis, low grade fever, swollen joints, muscle tenderness and anterior uvetitis. In addition to these clinical sings, neurological sings such as depression, behavioral changes, dysphagia and encephalitis can be seen in chronic cases. Cattle affected with acute Lyme borreliosis often show fever, stiffness, swollen joints and decreased milk production. Chronic weight loss, laminitis and abortion are also a possible outcome of borreliosis in cattle. An early infection of Lyme borreliosis in dogs may give evidence of inapetenca, lethargy, lyphadenopathy, and an acute onset of stiffness or pain while a recurrent intermittent nonerosive arthritis is a more advanced manifestation of canine Lyme borreliosis. Glomerulonephritis and tubular damage secondary to Borrelia burgdorferi infection have been reported to occur in normally infected dogs. In an endemic area atrioventricular heart block has also been reported. The underlying pathogenesis of Lyme disease is still unknown. The diagnosis of clinical Lyme borreliosis is difficult and it depends on a successful recognition of clinical signs, a history of possible exposures to the infection and on serologic testings. The therapy of Lyme borreliosis in animals is based upon the principal therapy of this disease in human medicine.
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PMID:[The importance of Lyme borreliosis in veterinary medicine]. 826 22

A free-living, female Grevy's zebra (Equus grevyi) foal was found lethargic, lame, with swollen joints, pyrexia, and urine dripping from the umbilicus. It died 2 days later despite intensive care. Gross examination revealed patent urachus and suppurative arthritis. Swabs were taken from the joints, the patent urachus, and urine for bacteriology. The dominant isolate was Escherichia coli. The joint infection was probably secondary to septicemia, resulting from the patent urachus. To our knowledge, this is the first report of neonatal patent urachus in a wild equid.
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PMID:Patent urachus with subsequent joint infection in a free-living Grevy's zebra foal. 1268 93

A disease outbreak of high morbidity and high mortality in bison (Bison bison) was investigated. Clinical signs included lameness, swollen joints, respiratory distress, and lethargy. Fifty-three of 194 animals died. Cows between 5 and 10 years of age were the most affected group, in which 40 of 88 animals died. Necropsies were performed on several animals. There were abscesses in the lung and liver, as well as fibrinosuppurative pleuritis, polyarthritis, and disseminated microabscesses in various organs. No significant bacteria were isolated by routine aerobic cultures of lung and liver from 2 representative cases. However, Mycoplasma cultures were positive. Polymerase chain reaction tests on the isolated bacteria were positive for Mycoplasma bovis. Histologically, the abscesses were characterized by areas of necrosis with variable mineralization rimmed by granulomatous inflammation and fibrous tissue. No new animals had been introduced into the herd, but a cattle herd was present adjacent to the affected bison herd. Two restriction fragment length polymorphism techniques were used to compare the bison isolate and another bison isolate from an outbreak in North Dakota with a field isolate of M. bovis from cattle and with a laboratory control strain of M. bovis; the isolates and control strain were found to be similar. The isolates and the control were sequenced and compared with sequences in GenBank. Bison isolates were more than 99% homologous to M. bovis sequences in GenBank. It was concluded that M. bovis in bison can cause disseminated infection with a high morbidity and mortality and that bison isolates are similar to bovine M. bovis isolates.
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PMID:Mycoplasma bovis outbreak in a herd of North American bison (Bison bison). 2080 47