The key to a successful invasion may lie in living fast and dying young. University of Iowa biologists studying a species of freshwater snail found that lineages that were the most successful invaders matured and reproduced more quickly than noninvasive counterparts within the species.

Pharmaceutical scientists at the University of Iowa have found that charged nanoparticles combined with a vaccine were effective in eliminating tumors or extending life span in mice with melanoma tumors. The nanoparticle could be mass manufactured, stored at room temperature, and administered by phy

Members of the Iowa City community took part in the second annual BioBlitz on July 9 at the Ashton Prairie Living Laboratory.

The University of Iowa secured a record-breaking $867 million in external funding for fiscal year 2022, which ended June 30. This outpaces the previous record of $818 million and represents a 6% increase over fiscal year 2021.

Researchers led by the University of Iowa have discovered two new species of crocodiles that roamed parts of Africa between 15 and 18 million years ago and preyed on human ancestors. The giant dwarf crocodile species, called Kinyang, mysteriously disappeared, possibly due to changes in the climate.

A University of Iowa professor has received an award from NASA as part of a simulation package that will aid in the design of new instruments aboard balloons and satellites.

The University of Iowa has awarded eight interdisciplinary projects with $15 million in funding generated by the public-private partnership (P3) with its utility system.

Peter Thorne, professor of occupational and environmental health in the College of Public Health, and Lea VanderVelde, professor of law and the Josephine R. Witte Chair, have been named recipients of the 2022 University of Iowa Distinguished Chair.

A University of Iowa researcher has been awarded $1.55 million to improve regional air quality monitoring from space.

Researchers led by the University of Iowa have learned how a type of aurora on Mars is formed. In a new study, the physicists report discrete aurora form through the interaction of the solar wind and the crust at Mars’ southern hemisphere.