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Query: UMLS:C0027121 (myositis)
 4,538 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Clostridial infections, putrid infections with aerobic and anerobic growing germs, air forced into the tissue during the primary trauma and the formation of gas by contact of the wound with aluminium, H2O2 and gasoline may be causes for the formation of gas and oedema in the tissues. Only infections with Clostridia are gas gangrene. We must differentiate the clostridial cellulitis from the clostridial myositis. Bacterioscopy allows a rapid differentiation to be made between putrid and clostridial infection. Beside intensive care and antibiotics, putrid infections demand an early extensive incision, for gas gangrene the radical excision of the damaged tissue is required. The effect of hyperbaric oxygenation is still under discussion. It can never replace surgical treatment.
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PMID:[Gas and oedema producing infections--today still a challenge (author's transl)]. 84 88

A survey of 584 veterinarians in equine practice was performed to determine their intramuscular injection techniques and the influence of those techniques on the development of clostridial myositis or cellulitis. Usable responses were obtained from 439 veterinarians (75.2%). Of these, 414 used a new needle and syringe for each injection, 241 swabbed the site with a cleansing/disinfectant agent, and 242 swabbed the top of multidose injection bottles with a similar solution. Only 2 clipped the hair at the injection site. Twenty eight of the respondents reported that at least 1 horse developed a clostridial infection at the injection site following 1 of their injections. None of the various injection techniques had a significant influence on the development of clostridial infection at the injection site.
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PMID:Intramuscular injection techniques and the development of clostridial myositis or cellulitis in horses. 319 40

In a case of brain death, a Clostridium sordellii and Escherichia coli septicaemia--of probable gastrointestinal origin--developed and was associated with a diffuse clostridial myositis. Factors responsible for the initiation and development of this unusual clostridial infection are discussed.
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PMID:Non-traumatic clostridial myositis: an unusual feature of brain death. 700 74

Clostridium sordellii is found in the environment and occasionally in animal (including human) intestines and may cause myonecrosis and large outbreaks of enterotoxemia. A few cases of fatal clostridial infection in bears (Ursus spp.) have been described worldwide but none attributed to C. sordellii. We describe a fatal case of septicemia caused by C. sordellii in an illegally trapped brown bear (Ursus arctos). At necropsy, acute gangrenous myositis was the primary lesion. Serohemorrhagic edema was observed in the abdominal cavity, thorax, pericardium, and skeletal muscle, mostly affecting femoral, humeral, and scapular muscles. Hemorrhage was observed in the heart, skeletal muscles, stomach, and intestine. Liver, spleen, and kidney appeared with loss of consistency, hemorrhages, and edema. Microscopically, primary lesions were in skeletal muscle, stomach, and small intestine, with gram-positive, clostridial-like bacilli. Biochemical and molecular tests identified C. sordellii in cultures from liver, muscle, and intestine. Sequences showed a homology of >99% with the 16S rRNA gene sequence of C. sordellii. The severity of effects of the C. sordellii infection reveal the importance of this pathogen as a wildlife health risk with conservation concerns, as well as the need to consider possible infection with this pathogen in management actions involving immobilization, stress, or severe muscular activity of wild brown bears.
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PMID:Clostridium sordellii in a brown bear (Ursus arctos) from Spain. 2450 39