DNA Sequencing Current Affairs - 2020
The CCMB (Centre for Cellular and Molecular Biology), CSIR (Council of Scientific and Industrial Research) and IGIB (Institute of Genomics and Integrative Biology) are working on genome sequencing of COVID-19.
The Genome Sequencing is being done to understand the evolution of the virus. This will help to learn about the future aspects. The blood samples of COVID-19 positive patients are to be collected and sent to the centres. The sequencing process requires large amount data. Currently, GoI is stepping into the phase of collection of data. It is expected that in another 3 to 4 weeks the researchers will isolate at least 200 to 300 strands.
The National Institute of Virology, that was first in the country to isolate the virus has been requested with to provide virus samples collected from different places.
About Genome Sequencing
The Genome Sequencing is used to determine complete DNA Sequence of an organism. The Genome Sequencing will also help to learn about family tree of the virus. The virus are classified based on their morphology, mode of replication, nucleic acid type, host organism and type of diseases caused by them.
Tags: CCMB • Classification of Diseases • Council of Scientific & Industrial Research (CSIR) • COVID-19 • CSIR-CCMB
The Indian Council of Medical Research recently approved the home testing COVID-19 kit that was designed by a startup called Bione.
The prices of the kit ranges between Rs 2,000 and Rs 3,000. In order to take the test, one has to clean his or her finger with alcohol and use the lancet in the kit to prick the finger. The kit examines the blood that oozes out from the pick and displays the result in 5 to 10 minutes.
The company is headquartered in Bengaluru and is the first company to bring in Next Generation Sequencing in India. Today it is the only company in the country that is offering personalized Genetic and microbiome testing.
Next Generation Sequencing
It is the technology that allows a person to determine the sequence of DNA molecules. The technology basically determines the order of four bases of a DNA molecule namely adenine, cytosine, guanine and thymine.