Coriell Institute

#Coriell is arriving on Pump.fun! A trailblazing crypto venture, it melds healthcare and digital assets, unlocking new potential for medical R&D.

Laura Trutoiu didn't have a biology background when her son Rohan was diagnosed with creatine transporter deficiency at the age of two, but as a computer scientist, she knew that there was hope to be had in research.

Two new lines of induced pluripotent stem cells are now available to researchers through the National Institute on Aging’s Aging Cell Repository, hosted here at the Coriell Institute.

Some individuals whose bodies metabolize ibuprofen more slowly intuitively self-correct their dose without knowing their genetic makeup, according to new research from the Coriell Institute for Medical Research.

Researchers around the world studying rare diseases rely on samples from the NIGMS biobank here at Coriell.

Coriell is home to one of the most diverse collection of biosamples in the world and our team at #ASHG18 can discuss how it can be utilized in your research.

"Because biobank samples are often used to develop new technologies, assays, and therapeutics, strict quality measures are critical for ensuring the production of reproducible, high-quality specimens," Dr. Alissa Resch, Coriell's CSO, told Biocompare.

We're always looking to work with genetic disease patients to ensure researcher have access to the materials they need to do their important work.

Induced pluripotent stem cells are a key part of our mission at Coriell. From generating iPSC lines, to stem cell biobanking and distribution, we are able to assist you in your iPSC research.

The Allen Cell Collection, housed at here at the Coriell, offers researchers an unprecedented view into the inner workings of a cell.

From our partners over at the National Institute on Aging: How do you study the cellular and metabolic activities associated with aging if you’re using cells from healthy younger adults? With great difficulty.

Need help navigating the world of induced pluripotent stem cells? We can help.