TGen-led study tracks infection and immunity across the universe of human viruses over time Posted Monday April 3, 2023 Results offer glimpse into the future of forecasting infection and immunity
PepSeq Provides Massive Platform for Antibody Analyses Posted Monday December 5, 2022 Technology developed at TGen described in new study
COVID-19 vaccination activates antibodies targeting parts of virus spike protein shared between coronaviruses Posted Tuesday July 5, 2022 Technology developed by TGen researchers could help fine-tune future vaccines
TGen works with Arizona zoos and state and federal wildlife agencies to test wild animals for SARS-CoV-2, the causative agent of COVID-19 in humans Posted Monday May 16, 2022 Program helps ensure animals and the general public are protected from SARS-Cov-2 and serves as a model for monitoring other zoonotic diseases in the future
TGen, ASU, NAU, UArizona and ADHS compile 100,000 sequenced genomes of COVID Posted Tuesday May 3, 2022 Arizona COVID-19 Genomics Union positions state to play a role in CDC’s national pathogen genomics strategy
TGen’s annual economic impact on Arizona exceeds half a billion dollars Posted Tuesday November 30, 2021 Latest economic-impact report shows that TGen returns $132 for every $1 invested by the State of Arizona
TGen case study documents first reported U.S. transmission of COVID from a pet owner to pets Posted Monday November 1, 2021 Using precision genomic sequencing, TGen matched the exact strain of coronavirus shared among a Phoenix-area owner, his cat and his dog
Citizen-scientist study fuels launch of first interactive U.S. county map of ticks carrying diseases Posted Wednesday October 20, 2021 Study finds ticks carrying disease-causing bacteria in 116 U.S. counties where they have not been previously documented by CDC
TGen looks beyond COVID-19 as it advances pathogen sequencing Posted Thursday July 15, 2021 Genomic analysis of SARS-CoV-2, aided by seqWell’s technology, increases sequencing output by 10-fold
Like priming a pump, changes in cells damaged by chronic lung disease can result in severe COVID-19 Posted Wednesday July 14, 2021 Results from a TGen-led international study suggest that SARS-CoV-2 takes advantage of genetic changes among patients with pre-existing lung diseases