Hindustan Times (Lucknow)

IIIT-A scientists develop faster, cheaper test kit

- K Sandeep Kumar ksandeep.kumar@livehindus­tan.com

: A team of scientists at Indian Institute of Informatio­n Technology, Allahabad, (IIIT-A) has developed a nanotechno­logy-based rapid testing kit for Covid-19. The kit could pave way for quicker and cheaper testing to detect Covid patients and even prove to be a replacemen­t for the widely used RT-PCR tests, which cost more, say IIIT-A experts.

“The rapid diagnostic kit for novel coronaviru­s is being developed as part of a government of India’s department of biotechnol­ogy (DBT) funded one year project ‘Developmen­t of rapid detection kit for novel Coronaviru­s’ sanctioned in January this year. We have already developed a prototype of the kit and its trial for proper validation is now under way at KGMU, Lucknow,” said Amaresh Kumar Sahoo, assistant professor at department of applied sciences, IIIT-A, who is leading the efforts as the project’s principal investigat­or.

Other IIIT-A scientists actively involved in the project include prof Pritish Varadwaj, prof Krishna Misra and Sintu K Samanta. Tayyaba Afshan is working on this mission as a junior research fellow. “Prof Amita Jain, head, microbiolo­gy department,

KGMU, Lucknow is collaborat­ing with us on this project,” he said. Sahoo said the kit being developed by them involves use of luminescen­t gold nanopartic­le-based diagnosis of Covid that is performed within 15 minutes. “The viral RNA sample is detected by luminescen­t nanopartic­les under UV-light illuminati­on,” he said. “Each test using our kit would cost onefifth of the cost of an RT-PCR test. If an RT-PCR test costs Rs 1000, a test by our kit would cost Rs 200. While an RT-PCR test takes around 4 hours for the result, using our kit the result would come within 15 minutes,” said Sahoo. IIIT-A director Prof P Nagabhusha­n said validation of test kit developed by IIIT-A team being carried out at KGMU was under an MoU existing between the two institutio­ns.

 ?? SOURCED ?? Samples collected using the newly developed nanotechno­logy-based testing kit under UV light with bright fluorescen­ce indicating a positive sample and the dim one indicating a negative sample.
SOURCED Samples collected using the newly developed nanotechno­logy-based testing kit under UV light with bright fluorescen­ce indicating a positive sample and the dim one indicating a negative sample.

Newspapers in English

Newspapers from India