University of Utah, a Privately Owned entity headquartered in the US, is a tier 1 media tech buyer. Founded in 1850, it employs approximately 10500 individuals. The company's main product is broadcast television and radio, functioning as a public research university located in Salt Lake City, Utah.
On May 1, 2026, Tommaso Lenzi, assistant professor of mechanical engineering at the University of Utah, announced in the journal Nature Medicine the introduction of a new self-powered hip exoskeleton that enables six individuals with upper leg amputations to walk more naturally, improving their walking economy by 12.7% to 18.5%. Earlier the same day, University of Utah researchers published findings in ACS Publications detailing the discovery of the enzyme PapB, which "ties off" peptide drugs into tight ring shapes through macrocyclization, potentially making Ozempic-like weight-loss and diabetes treatments last longer and work faster by increasing their resistance to breakdown. Previously, investigators reported new findings in Drugs and Therapies - Managed Care and Specialty Pharmacy, stating that medication adherence varies across socioeconomic and demographic groups. This followed news that the university's 50-year-old TRIGA nuclear reactor will produce electricity for the first time this summer, specifically to power a mini AI data center. Separately on May 1, scientists led by the University of Utah demonstrated in mice that some hosts could act as "evolutionary accelerators" for viruses early in a pandemic, presenting a theoretical possibility for human populations.
Similar Companies
Subscribe for full access to University of Utah's profile
University of Utah offers products in the media and telecoms services industry. University of Utah's product portfolio comprises of broadcast television and radio.
Subscribe for full access to University of Utah's products in full detail
Subscribe for full access to University of Utah's revenue in full detail
Subscribe for full access to University of Utah's products in full detail 
