[Epicrisis of a case of pulmonary, peritoneal, and adnexal tuberculosis during isonicotilhydrazide therapy].
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BACKGROUND/AIMS: Intestinal tuberculosis can be difficult to diagnose because it may mimic many other intestinal diseases. The aim of this study was to evaluate the diagnostic yield of colonoscopic biopsy and frequency of concomittent extra-intestinal tuberculosis in intestinal tuberculosis. METHODS: The medical records of 225 consecutive patients with intestinal tuberculosis (81 men, 144 women; mean age 40.6 yrs) were analyzed retrospectively. RESULTS: Histological examination of colonoscopic biopsy specimens revealed granulomas in 163 (72.4%) of the 225 patients. However, caseous necrosis was found in only 25 (11.1%) patients, and acid-fast bacilli (AFB) were noted in 39 (17.3%) of the 225 patients. Mycobacterium tuberculosis was isolated from the culture of biopsy specimens in 52 (29.3%) of 177 patients. Eighty-four patients (37.3%) had concomitant extra-intestinal tuberculosis and 67 (29.8%) showed active pulmonary tuberculosis. Histological examination of the biopsy specimens enabled the diagnosis of intestinal tuberculosis by the presence of either caseating granulomas or AFB in 52 (23.1%) patients. Combination of histological examination and Mycobacterium culture established the diagnosis in 87 (38.7%) patients. Before getting the result of Mycobacterium culture, the diagnosis could be made, by either histological examination or the presence of extra-intestinal tuberculosis in 107 (47.6%) patients. Combination of caseating granulomas, AFB staining, Mycobacterium culture, and the presence of extra-intestinal tuberculosis resulted in the diagnosis in 126 (56.0%) patients. CONCLUSIONS: To increase the diagnostic yield, AFB staining and Mycobacterium culture should be routinely performed on biopsy specimens in addition to routine histological examination for caseating granulomas.
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The rate of patients with extrapulmonary tuberculosis has increased in the last years (about 5% of all cases), and displaying a wide spectrum of clinical manifestations. Among them, the anal localization is a rare occurrence (0.7%) according to available published data. During the last two years, we have diagnosed and treated three patients with perianal tuberculous lesions manifested by ulcers. All three were males, associated with active pulmonary tuberculosis, and one with intestinal involvement which required surgical treatment. Based on this experience, we have reviewed the different etiopathogenic, clinical, diagnostic and therapeutic manifestations of this picture, emphasizing the importance of suspicion, and its diagnostic easiness if the different infectious and inflammatory diseases at this level are taken into account.
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In this paper we present our experience concerning abdominal tuberculosis. The aim of this study is to evaluate various methods and to establish therapeutic approach to patients with abdominal tuberculosis. There were six patients (3 males and 3 females), aged between 22 and 67 years old, such as: 2 patients developed peritoneal tuberculosis, 3 patients developed intestinal tuberculosis and one patient developed mesenteric lymph node tuberculosis. We concluded that early diagnosis is often impossible and laboratory report was non-specific. Because surgical treatment in abdominal tuberculosis was made in complicate forms, we concluded that enterostomy "a minima" is the best therapeutic method.
Since the nature of abdominal tuberculosis is mimicking a number of diseases, this may cause delayed diagnosis resulting in evident increased morbidity and mortality. Most of the time, serologic and bacteriologic tools are not enough. We report 3 adolescents with distinct presentations, one mimicking Crohn's disease, one with hepatitis, and the last one with ascites. Terminal ileitis and mesenteric lymphadenitis were found in laparotomy of the first case mimicking Crohn disease. Granulomatous hepatitis was found in the liver biopsy of the second patient, and peritonitis was found by laparoscopy of the third patient. Tuberculosis could be diagnosed merely by histopathologic investigation. All were treated successfully without complication.
Infection with Mycobacterium bovis was diagnosed in a small privately owned herd of Sika deer. After postmortem examination of a deer with progressive pulmonary disease, diagnosis of infection with M bovis was confirmed by bacteriologic culture. The 2 remaining deer in this herd were euthanatized, necropsied, and confirmed to be infected with M bovis. Three cats in contact with the deer were also euthanatized and necropsied. One of these cats had lesions suggestive of mycobacterial infection in the colon and mesenteric lymph nodes. Infection of this cat with M bovis was not confirmed by bacterial culture. Mycobacteriosis, infrequently encountered in clinical veterinary practice, may be confused with disease caused by other infective agents or neoplasia. The zoonotic potential of these bacteria and a recent increase in human tuberculosis warrants continued surveillance of companion and food animal populations for mycobacterial infection.
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In the 1980s, after a steady decline during preceding decades, there was a resurgence in the rate of tuberculosis in the United States that coincided with the acquired immunodeficiency syndrome epidemic. Disease patterns since have changed, with a higher incidence of disseminated and extrapulmonary disease now found. Extrapulmonary sites of infection commonly include lymph nodes, pleura, and osteoarticular areas, although any organ can be involved. The diagnosis of extrapulmonary tuberculosis can be elusive, necessitating a high index of suspicion. Physicians should obtain a thorough history focusing on risk behaviors for human immunodeficiency virus (HIV) infection and tuberculosis. Antituberculous therapy can minimize morbidity and mortality but may need to be initiated empirically. A negative smear for acid-fast bacillus, a lack of granulomas on histopathology, and failure to culture Mycobacterium tuberculosis do not exclude the diagnosis. Novel diagnostic modalities such as adenosine deaminase levels and polymerase chain reaction can be useful in certain forms of extrapulmonary tuberculosis. In general, the same regimens are used to treat pulmonary and extrapulmonary tuberculosis, and responses to antituberculous therapy are similar in patients with HIV infection and in those without. Treatment duration may need to be extended for central nervous system and skeletal tuberculosis, depending on drug resistance, and in patients who have a delayed or incomplete response. Adjunctive corticosteroids may be beneficial in patients with tuberculous meningitis, tuberculous pericarditis, or miliary tuberculosis with refractory hypoxemia.