Tuberculosis (TB) Research

Tuberculosis (TB) is a disease caused by bacteria called M. tuberculosis. It usually affects the lungs of the human body and occurs in the lungs. Symptoms of tuberculosis include fever, cough, chest pain, and night sweats. In addition, tuberculosis may spread from person to person by sneezing or coughing. Most commonly, tuberculosis spreads in the air by speaking, sneezing, coughing and singing. Tuberculosis is most likely to flow out of the patient's mouth due to pulmonary infection.

Researchers and clinicians of tuberculosis (TB) are fascinated by the way they understand the disease because of the social illness they study, beyond the strict biomedical model. However, there is no introductory book on the concept of social science directly related to tuberculosis. The specificity of tuberculosis means that the concept of a particular social science is more relevant than others. Concepts such as structural violence seem complex and unpleasant. Other concepts such as gender may seem very familiar, they are relatively unexplored. Because the social model is an important element complementing the biomedical model, familiarity with the social aspect of disease is particularly valuable for infectious diseases. This review article emphasizes the concept of selection directly related to tuberculosis from health sociology, medical anthropology, social cognitive theory.

Tuberculosis (TB) is aerial infection caused by organisms of the tubercle bacillus group. M. tuberculosis is primarily a lung pathogen, but it can cause disease in most parts of the body. Infection with Mycobacterium tuberculosis can evolve from a host containment in which bacteria are isolated in infectious conditions in granulomas (latent tuberculosis infection), which patients will exhibit symptoms that may include cough, fever, night sweats and weight. Lost. Only active tuberculosis is contagious. In many low and middle income countries, tuberculosis remains the main cause of morbidity and mortality, and in many cases drug-resistant tuberculosis is a major problem. Several new TB diagnostic methods have been developed including rapid molecular detection, but nonetheless, simpler and immediate detection is required. Treatment often requires long-term treatment with multiple antibiotics and stimulates efforts to develop shorter drug therapies