Genomics Research Incubator expands assay and training options for scientists

The Genomics Core Facility technology allows researchers to process genetic material much quicker and in larger quantities, producing more detailed data for more in-depth analyzes.

Genomics Core Unveils New Capabilities

A new machine and set of reagents recently acquired by the Genomics Core Facility will enable researchers to go beyond bulk gene expression.

Novel way to ID disease-resistance genes in chocolate-producing trees found

Chocolate-producing cacao trees that are resistant to a major pathogen were identified by an international team of plant geneticists. The findings point the way for plant breeders to develop trees that are tolerant of the disease.

Partnership announced between Commonwealth Campuses and shared facilities

The Office of the Vice President for Research at Penn State has announced the launch of a new program to support increased usage of shared core facilities and services by faculty at the Commonwealth Campuses.

Ingesting soy protein may ease severity of inflammatory bowel disease

A diet supplemented with soy protein may be an effective adjunct therapy for inflammatory bowel diseases, Penn State researchers reported after completing a study that included mice and cultured human colon cells.

Genomics Core Facility acquires PacBio Sequel DNA Sequencer

The Penn State Genomics Core Facility at University Park has recently upgraded its capabilities with the acquisition of a PacBio Sequel DNA sequencer.

Oligo synthesis service discontinued

The Penn State Genomics Core no longer provides oligonucleotide synthesis as a service. However, IDT and Penn State have established an internet ordering portal for researchers at University Park that automatically discounts your orders and provides free shipping on all non-expedited orders.

Providing digital PCR in a core facility, demonstrating pathogen applications

Deb Grove, Director of Genetic Analysis at the Genomics Core Facility, discusses digital PCR and demonstrates pathogen-related applications.

Human heart beats using nearly billion-year-old molecular mechanism

Neurobiologist Tim Jegla and his Lab find in a living, ancient sea anemone species the same gene family and ion channel that regulate the slow wave contractions of the human heart.

Existence of new neuron repair pathway discovered

The Rolls Lab discovers a new neuron repair pathway that could one day help people suffering from nerve damage.