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University Of Utah, Local Laboratories Develop Rapid Coronavirus Antibody Test

1:48 After a NanoSpot.AI rapid COVID-19 antibody test has been completed, the person administering the test takes a picture of the test card using a mobile phone. The image is transmitted to Techcyte Inc. for analysis using Techcyte’s artificial intelligence-based image analysis tool. Credit ARUP Laboratories The University of Utah recently partnered with two Utah laboratories to produce an inexpensive coronavirus antibody test, in the form of a mobile app. “There are many tests around that detect antibodies by now. But our aim was to develop something that is fast, that can be done anywhere in the world without the need of any additional instruments, or lab supplies, and something that is very affordable,” said Vanessa Redecke, a professor at the University of Utah.

University of utahUnited statesHans haeckerVanessa redeckeTechcyte incபல்கலைக்கழகம் ஆஃப் உட்டாஒன்றுபட்டது மாநிலங்களில்

University of Utah, ARUP AND TECHCYTE Develop NanoSpot AI, A New Ultra-Fast Test For COVID-19 Antibodies

May 03, 2021 10:00 AM The University of Utah (the U), ARUP Laboratories, and Techcyte Inc. have formed a partnership to develop NanoSpot.AI, a fast, easy-to-administer SARS-CoV-2 antibody test. The University of Utah (the U), ARUP Laboratories, and Techcyte Inc. announced today that they have formed a partnership to develop NanoSpot.AI, a less than five-minute, easy-to-administer SARS-CoV-2 antibody test. NanoSpot.AI is estimated to be significantly less expensive to manufacture than other SARS-CoV-2 antibody tests, so it has the potential to be considerably more affordable than currently available tests, making it possible to extend the test to every corner of the world.

United statesUniversity of utahTheresa gublerLisa carricaburuNanospot aicreatedHans haeckerVanessa redeckeAaron duffyBen cahoonTechcyte incOutreach technologyCenterleads the university of utahInstitute for clinicalU pathology department division of microbiologyDepartment of pathologyMark astill

New partnership to develop a new ultra-fast test for COVID-19 antibodies

The patent-pending NanoSpot.AI is performed on a spot of blood obtained through a finger prick, and individuals receive test results on their mobile phones. The test is estimated to be significantly less expensive to manufacture than other SARS-CoV-2 antibody tests, so it has the potential to be considerably more affordable than currently available tests, making it possible to extend the test to every corner of the world. Clinical studies validating NanoSpot.AI are currently underway.

United statesUniversity of utahHans haeckerVanessa redeckeAaron duffyBen cahoonInstitute for clinicalU pathology department division of microbiologyTechcyte incDepartment of pathologyOutreach technologyMark astillExperimental pathologyClinical trialsInfectious emerging diseasesPublic health

University of Utah, ARUP, and Techcyte Develop NanoSpot AI, a New Ultra-Fast Test for COVID-19 Antibodies

University of Utah, ARUP, and Techcyte Develop NanoSpot AI, a New Ultra-Fast Test for COVID-19 Antibodies
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United statesUniversity of utahTheresa gublerLisa carricaburuHans haeckerVanessa redeckeAaron duffyBen cahoonU pathology department division of microbiologyInstitute for clinicalDepartment of pathologyTechcyte incOutreach technologyWall streetBusiness wireMark astill

University of Utah, partners develop less than five-minute COVID antibody test

University of Utah, partners develop less than five-minute COVID antibody test University of Utah and last updated 2021-04-30 12:09:27-04 SALT LAKE CITY â In an announcement that could have a wide-ranging impact across the world, the University of Utah According to the university, the test takes less than five minutes to administer. Using a blood sample collected through a finger prick, results would be sent directly to the mobile phone of the individual being tested. âBased on what we know so far, we believe NanoSpot.AI checks all the boxes,â said Hans Haecker, MD, PhD. with the UofU Pathology Department of Microbiology and Immunology. âBecause it is simple, fast, and very affordable, it can be done anywhere without specialized equipment, creating the potential for us to have an impact on human health around the world.â

Hans haeckerUofu pathology department of microbiologyTechcyte incUniversity of utahUofu pathology departmentபல்கலைக்கழகம் ஆஃப் உட்டா