The deadly fungus Cryptococcus deuterogattii harbors a genetic tweak that propels its mutation rate and allows it to rapidly develop antifungal resistance.

An estimate derived from fertility rates concludes that at least 75 percent of our DNA has no critical utility.

A follow-up study confirms that random mutations acquired during normal stem cell division likely play a major role in cancer incidence.

The mutation rate in induced pluripotent stem cells is 10 times lower than in somatic cells, scientists show.

Generation-spanning maps of Arabidopsis thaliana DNA methylation allow researchers to compute how quickly epigenetic marks appear and disappear in the plant’s genome.

A study suggests that the virus may not be evolving as quickly as a previous group estimated.

An analysis of 31 tissues finds that random mutations acquired during stem cell divisions correlate with lifetime cancer risk.  

Researchers reveal why analyses of cancer-causing mutations are riddled with false positives and demonstrate a new approach that eliminates the problem.

Researchers find organisms with huge genomes with high mutation rates, overturning a common expectation in evolutionary biology.