Called Tapestry, the new testing tool is developed by the startup launched by IIT-Bombay professor Manoj Gopalkrishnan.
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It enables the safe reopening of places of work and education as it is affordable and can be used frequently using a single round quantitative pooling algorithm with the gold-standard RT-PCR test, the professor who teaches machine learning at the IIT- Bombay told PTI on Tuesday from Hyderabad.
Gopalkrishnan said Tapestry, which has been under development since last March, has just been cleared by the Drugs Controller General (DCGI) for commercial use as a non-regulated medical device and has also been registered with the Central Drugs Standard Control Organization.
The professor said he has tied up with two labs for the testing — Delhi-based LabAssure and Bengaluru-based Dhitiomics for commercial use and is in talks with many other labs for a nationwide launch.
Tapestry lowers testing time to four hours, which is just a tenth of the present time taken by the traditional RT-PRC tests, while the cost is under 50 per cent of the lowest such test at around Rs 250, he said.
The tool has undergone sampling tests on over 8,000 people since last July at the Institute for Stem Cell Science & Regenerative Medicine, Bengaluru, and the Center for Cellular & Molecular Biology in Bengaluru.
Clinical trials were carried out at Tata Memorial Center from last August, while field trials were held on the students of the International Institute of Information Technology in Hyderabad from this February, said Gopalkrishnan.
He has a PhD from the University of Southern California and electrical engineering from IIT Kharagpur and has been teaching at the IIT-Bombay since 2008.
Tapestry, also validated by Harvard Medical School, was invented at the IIT-B and taken forward with the help of leading research institutions like the National Center for Biological Sciences, Institute for Stem Cell Science & Regenerative Medicine, Tata Memorial Centre, Center for Cellular & Molecular Biology and a few reputed international research labs.
The tool works like a compression algorithm for molecular testing and uses samples from different individuals, which are mixed into pools using a code.
Each sample is sent to three pools, ensuring testing in triplicate and accurate results. Individual-level results are recovered by looking at the pattern of the pooling results and applying a decoding algorithm, said the 40-year-old professor.