Mycobacterium chelonae is a rapidly growing mycobacterium found in water and soil that can cause local cutaneous infections in immunocompetent hosts but more frequently affects immunocompromised patients. Typically, patients will present with painful subcutaneous nodules of the joints or soft tissues from traumatic inoculation. However, exhibiting a sporotrichoid-like pattern of these nodules i...

MYCOBACTERIUM FORTUITUM is considered a ubiquitous, rapidly growing atypical mycobacterium readily isolated from soil, water, domestic and wild animals, milk, and foods. 1 Although originally believed to be a saprophyte, M. fortuitum has become rarely associated with human infections. Most commonly, reported clinical infections are postsurgical, cutaneous, or pulmonary. 2 The rise in clinical s...

Nontuberculous mycobacterial infections are rare but severe complications of chemotherapy in children. In children with prolonged lymphopoenia after mieloablative regimens, symptoms can be nonspecific and fever and pulmonary impairment are the most common clinical features. Diagnosis is challenging for physicians and microbiologists and often requires invasive techniques. We report a girl affec...

BACKGROUND Mycobacterium abscessus is a member of the Rapidly Growing Mycobacterium (RGM). The incidence of Mycobacterium abscessus infections has steadily been increasing over the last decade. We report the case of an epidural abscess caused by Mycobacterium abscessus. RGM's have infrequently been reported as spinal infections and we found no prior cases reporting M. abscessus as the definitiv...

Nocardia are gram-positive and partially acid-fast bacteria with saprophytic lives in the environment. These groups of bacteria are able to enter the human body through traumatic inhalation and may consequently cause Nocardiosis infections. Case Presentation: A 32-year-old man was referred to Al-Zahra Hospital with symptoms such as fever, gradual weight loss, and persistent coughing. First, th...

The rapidly growing Mycobacterium septicum rarely causes pulmonary infections. We report here the draft genome sequence of M. septicum strain DSM 44393(T), isolated from catheter-related bacteremia and initially identified as a member of Mycobacterium fortuitum.

atypical mycobacterium granulomatous skin infections are often accured by mycobacterium marinum, m. ulcerans, m. fortuitum, and m. avium colonies. skin infections probably originate from an environmental source such as contacting with aquatic animals, fish farming and swimming in the pools, and inoculate into skin through skin wounds, scratches, trauma, and surgery. the lesions appear as purple...