To meet the growing demand for iPSCs, Coriell has its own Stem Cell Lab led by Christine Grandizio. Christine’s team tackles all things iPSC: They create these cells, grow them, and coax them into becoming various adult cell types, all under careful quality control policies.
read moreThe National Heart, Lung, and Blood Institute (NHLBI) has awarded a Coriell Institute for Medical Research scientist a grant to investigate the basic function of the class of stem cells that give rise to the various blood cells in hopes of improving stem cell and bone marrow transplants. This award is valued at about $2.5 million and will support this work for four years.
read moreDespite the challenges of the COVID-19 pandemic’s second year, Coriell thrived. We grew our already existing biobanks and research programs and introduced new scientists and new research initiatives. There has been great progress in each of our three pillars – biobanking, research, and community engagement –and you will find more details about each in our recently published annual report.
read moreCongratulations to Frank Giordano, a longstanding member of Coriell's Board of Trustees, for being awarded the Crystal Award from Philadelphia's historic Union League. This prestigious honor recognizes Giordano's enduring commitment to and tireless effort on behalf of the arts and humanities in our region.
read moreIn the interest of maintaining internal sample authentication without the use of forensic markers, Coriell scientists developed a new, supplementary MSAT assay that does not rely on the MSAT markers used by law enforcement. Their work was published online in the journal Biobanking and Biopreservation this month.
read moreInduced Pluripotent Stem Cell (iPSC) isogenic controls for various heritable diseases are available through the National Institute for General Medical Sciences’ Human Genetic Cell Repository at the Coriell Institute for Medical Research. These lines were created using cutting-edge CRISPR-Cas9 genome-editing technology to introduce sequence-targeted variations in established, well-characterized cell lines, thus developing and making available highly-specific research tools to the biomedical research community.
read moreFor decades, Coriell has supplied the world with ampules and vials of cell lines and DNA samples for use in biomedical research. Swasti Kafle, Coriell's Cytogenomics Team Lead, answered a few questions about their role.
read moreThe mission was clear. Kasey Woleben needed to collect of dozens of skin punches from members of her group, Cure Mito Foundation, and she needed to get fibroblast cells from those samples safely to the University of Texas Southwestern Medical Center. Unsure of where to start, Woleben turned to Coriell in September of 2020. Within just a few short months of bringing Coriell into the mix, the researchers had the cells in hand.
read moreCoriell’s online catalog allows scientists to browse its enormous, diverse collection of biological samples and products of many kinds. But when an order is placed, it receives a human touch from the time the order button is pressed to the time a sample is packed up and out of the door. Many at Coriell are involved, but perhaps no team is more important to the process than Coriell’s Customer Service Department.
read moreMaya Butani, a rising senior at Moorestown High School in Moorestown, New Jersey, took home the First Award in Biochemistry for her project titled “Stem Cell Behavior and Osteogenic Differentiation on Plant-Derived Scaffolds” in which she explored the utility of plant materials in manufacturing tissue for use in humans.
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