Synthetic Advances against Coronaviruses: A Short Review of the Recent Literature on Newly Synthetized Derivatives and Recently Developed Strategies

Abstract

The coronavirus pandemic is a modern social emergency and the biggest global challenge since the Second World War. Since the pandemic began in China at the end of 2019, the disease spread to every landmass except Antarctica. The effect of antiviral drugs on the new corona virus has been tested, but no basic and complete cure has been found, although there are many drugs such as  interleukin-6 inhibitor,  monoclonal antibody and corticosteroid which remarkably reduced mortality of critically ill COVID-19 patients in a major clinical trial. Although not enough experimental data has been released yet, many researchers have hailed the result as a step in the right direction. In this review, a series of the newly chemical derivatives were synthesized and evaluated against human coronavirus. Many derivatives found to be active in inhibiting the cellular infection of human coronavirus which causes the SARS-CoV-2pandemic. This mini- review summarizes the synthesis of these new antiviral derivatives that target coronaviruses and describes general current strategies and models for developing antiviral drugs. The review aims to provide a starting point for medicinal chemists to synthesize necessary and effective drugs against coronaviruses.