Abstract
There has been a major resurgence of tuberculosis (TB) and drug-resistant tuberculosis in the last few decades. Although it has been brought under control in most Western countries, it is still a major cause of death in endemic regions like India. Osteoarticular tuberculosis (OA TB) forms a small proportion of the total cases of tuberculosis. Perceptions and practices of orthopedic surgeons are entirely different in endemic and non-endemic regions around the world, due to the vast difference in exposure. Literature from endemic areas puts stress on clinico-radiological diagnosis and empirical anti-tubercular treatment (ATT). Such practices, although non-invasive, simple to implement, and economical, carry a significant risk of missing TB mimics and developing drug resistance. However, OA TB is still perceived as a “diagnostic enigma” in non-endemic regions, leading to a delay in diagnosis. Hence, a high index of suspicion, especially in a high-risk population, is needed to improve the diagnosis. Evolving drug resistance continues to thwart efforts to control the disease globally. This review article discusses the perceptions and practices in different parts of the world, with India as an example of the endemic world, and lays down priorities for overcoming the challenges of diagnosing osteoarticular TB.
Highlights
Tuberculosis (TB) is one of the oldest recognized diseases of mankind with significant morbidity and mortality [1]
Osteoarticular tuberculosis (OA TB) appears to follow the trends of pulmonary TB, and a high incidence of resistance is reported in the study by Kapil et al In a series of 686 culture-positive cases of Koch’s spine studied at a tertiary referral center, drug resistance was noted in 111 (16%) cases with 87 (12.7%) being Multidrug resistance (MDR) [11]
GeneXpert Ultra is negative in non-tubercular mycobacteria (NTM), a close TB mimic, and helps to differentiate them in smear positive (AFB smear) cases
Summary
Tuberculosis (TB) is one of the oldest recognized diseases of mankind with significant morbidity and mortality [1]. With high load and poor infrastructure, surgeons in India have adopted the practice of initiating empirical anti-tubercular treatment (ATT) based on clinical and imaging findings This concept of “clinico-radiological” diagnosis of OA TB in endemic areas is based on a presumably better clinical acumen due to high patient load, the easy availability of imaging modalities like magnetic resonance imaging (MRI), the shortage of laboratory facilities, and slow culture and drug sensitivity results. Such practices increase the risk of missing TB mimics and drug-resistant TB.
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