Tuberculosis remains primary cause of comparatively high mortality worldwide. The statistics highlighted that three million people worldwide die annually from complication of TB and there are estimated 8 million of new cases each year, and today more people die from tuberculosis than ever before. In recent history, however, poor compliance with the prolonged and complicated chemotherapeutic regimens currently used to treat the disease, in conjunction with the advent of the AIDS epidemic and the increased mobility of human populations, has led to the emergence of numerous multidrug resistant Mycobacterium tuberculosis strain. The aim of this review is to showcase treatment of tuberculosis in HIV patients.

From detailed literature survey, various techniques are now a days available for determination of Naproxen and Sumatriptan in bulk as well as in dosage forms. Also methods are made available for estimation of these drugs in plasma. Among the different methods available HPLC and UV spectroscopy has gained considerable importance and are widely used. Proper analysis and estimation of these drugs is very crucial and the dose related side effects could be combatted.

This review has been aimed at the treatment of rheumatoid arthritis and their significance. Rheumatoid arthritis is the most important systemic disease. The current review information has been found to reveal both remarkable active medicine and a variety of valuable practical applications. An interest in the exploration of this medicine has undoubtedly been growing due to their proven utility as attractive lead structures for the design of novel agents with a mechanism of action that sometimes differs from that of clinically authorized current antirheumatic drugs. Therefore, in the present review work we have focussed our attention on the information revealing rheumatoid arthritis treatment.

Review is a major component to carry out the research work. The review on quinazoline, substituted amine, semicarbazide derivatives furnishes its established biological activities. Thus quinazoline scaffold is not only synthetically important but also possesses a wide range of promising biological activities. Future investigations of this scaffold could give some more encouraging results. The selected review on quinazoline and fused quinazoline derivatives and its anticancer, antimicrobial activities are initiative to researchers those who involved in the medicinal chemistry research