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University of Cincinnati


Morbidly obese pay nearly twice as much for health care

A study by the University of Cincinnati found that morbidly obese adults incur significantly higher medical expenditures, with excess costs attributed to increased visits to doctors, hospital care, and prescription drugs. The researchers estimate that $56 billion in US healthcare expenditures in 2000 were linked to excess body weight, ...

SourceUniversity of Cincinnati·JournalInternational Journal of Obesity·DateFeb 13, 2005

UC anthropologist advocates broader surveys of ancient landscapes

Ancient societies successfully transformed their environments through slow, incremental changes to living, labor, agricultural, and water collection/distribution practices. In Bali, Indonesia, centuries-old environmental/cultural/religious practices remain functional, highlighting the complexity of human ecology in ancient landscapes.

SourceUniversity of Cincinnati·JournalProceedings of the National Academy of Sciences·DateApr 7, 2003

The hard work of vigilance can improve on cue

Researchers found that providing reliable warning cues enhances vigilance performance, maintaining attention and efficiency over time. The study's results have practical implications for designing operational cueing systems to reduce brain strain and improve safety in various applications.

SourceUniversity of Cincinnati·JournalTheoretical Issues in Ergonomics Science·DateJan 8, 2003

Casket resurrects new vision of ancient Jerusalem

A Cincinnati ossuary has been discovered to feature a unique image of a massive Jerusalem tomb from the first century, associated with early Rabbi Hillel and Jesus of Nazareth. The ossuary's distinctive three pyramids have garnered attention from scholars, providing new insights into ancient Jerusalem's architecture.

SourceUniversity of Cincinnati·JournalJournal of Jewish Studies·DateSep 19, 2002

Biochemist finds flexibility in key HIV protein

A University of Cincinnati biochemist has discovered that the V3 loop region of the HIV gp120 protein is structurally flexible, changing its shape as needed to bind to host cells. This finding rules out using a fixed structure as a target for anti-HIV drugs, making it harder to develop effective treatments.

SourceUniversity of Cincinnati·JournalJournal of Biological Chemistry·DateJan 15, 2001