CORONAVIRUS UPDATES: Select the "more info" link to keep up with the latest from Penn State about the global coronavirus outbreak.More info >

genome

L1 jumping genes graphic

Scientists take a step toward understanding 'jumping genes' effect on the genome

graphic of DNA mixing

Differences in genes’ geographic origin influence mitochondrial function

Illustration shoing DNA structure impact on syntheis rate and error rate

DNA structure impacts rate and accuracy of DNA synthesis

Clinical variability of disease-associated mutations can be explained by other variants in the genetic background

Family genetics vital for understanding autism progression

Thomas-Hess

A new approach to treating mental health conditions

University Technology Center

New technology center builds on promises of Hershey groundbreaking 50 years ago

Schreyer Honors Scholar Maya Evanitsky examines the "Original Nittany Lion" prior to taking a sample of its skin

Schreyer Scholar Evanitsky studies past with hopes of preserving the future

The genome is an organism’s complete set of DNA, organized into chromosomes containing genes which encode for hereditary traits.

Genome instability studies could change treatment for cancer and other diseases

Untitled

'Bringing Genomic Medicine into Focus' is a free lecture on Feb. 2

Untitled

Lecture to look at 'Determinism vs. Chance in Complex Ways of Genomes'

Untitled

Researcher part of international pig genome sequencing

Untitled

Scientists sequence endangered Tasmanian devil's genome

Cacao

Untitled

DNA from rare polar bear fossil sheds light on species' history

Penn State shield: A general image used to accompany some pieces of content on Penn State News.

NSF grant aims to develop algorithms to analyze genomic evolution

Pages