A Novel Long-lasting Aqueous Antibacterial Methodology using L-Pyroglutamic Acid and Copper

New Trends in Medicine Science (2023): 4(2): pg 52 - 57

Atiksh Chandra

Current disinfectants, like Lysol, kill bacteria and other microbes only at initial application and are ineffective under aqueous conditions. Copper (II) ions and Lactic Acid are highly regarded for their synergetic, long-lasting antibacterial properties. Although L-pyroglutamic acid holds similar properties, little research has examined its efficacy with copper metal. The purpose of this experiment is to find a novel, clinically safe, antibacterial solution for instantaneous microbial inhibition and continued inhibition over extended periods of time in aqueous solutions.

A Bioinformatic Analysis of Spike  Glycoprotein & Evolution of COVID-19

Medicine Science (2022): 11(1): pg 171-175

Atiksh Chandra

COVID-19’s global spread has been attributed to its high asymptotic transmission and explosive infectious nature, mainly due to mutational changes in the spike glycoprotein. The purpose of this research is to comprehend & evaluate the divergent evolution of the spike glycoprotein in COVID-19, and other coronaviruses, at the molecular level via bioinformatic analysis. The results from this study demonstrated the divergent evolution of coronaviruses. Mutational changes in the spike glycoprotein have resulted in more virulent forms of COVID-19.

A Comparative Analysis on SARS, MERS and COVID-19

Journal of Contemporary Medicine (2020):10(3): pg 464-470

Atiksh Chandra

The Severe Acute Respiratory Syndrome (SARS-CoV) and The Middle East Respiratory Syndrome (MERS-CoV) are the most notable of past coronaviruses infecting thousands in numerous countries. All three viruses are from a zoonotic origin predominantly from bats, one of the coronavirus’s natural reservoir hosts. While SARS-CoV, MERS-CoV, and COVID-19 share many viral similarities due to their similar classification, they are not as closely related genetically. Therefore, the purpose of this article is to compare and contrast the attributes and features of all three coronaviruses.

Dead Zones in the Marine Ecosystem

Young Scientist Journal (2019): Popular Science

Atiksh Chandra

Hypoxic regions, also known as “dead zones”, are areas of the marine ecosystem characterised by a loss, or very low concentration, of oxygen. The number of dead zones worldwide has quadrupled over the last half century.  Unhealthy agricultural practices with over fertilisation and waste water release have been identified as the main contributors of this catastrophe. The purpose of this article is to spotlight the causes and impacts of dead zones on ecosystems and provide future directions in preventing them.