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The Catalogue of Somatic Mutations in Cancer (COSMIC) is the world’s largest and most comprehensive resource for exploring the impact of somatic mutations in human cancer. Why We Love COSMIC 1. The website is an easy, one-stop reference for all information about specific genes and mutations. 2. The cancer browser shows mutations that are…
Key Biologics (A Cellero Company) is open and maintaining normal operations. To ensure that we can maintain normal operations as the spread of COVID-19 continues, we have activated our business continuity plans. Our management teams are focused on overseeing our response to the evolving situation. COVID-19 has not impacted Key Biologics’ ability to deliver any…
Assessing an individual’s eligibility to safely donate blood products has always been and remains our highest priority. To accomplish this, we use a several stepped process, learn more about our process below. Key Biologics (A Cellero Company) has transitioned over the past two plus decades from a department within an FDA-registered community blood center providing…
Our scientists bring a wealth of immunology research expertise from diverse backgrounds. With extensive experience in a variety of biologics disciplines, our team is an ideal resource for a wide range of outsource research services. From multiplex assays to flow cytometric analyses, we help you get on with discovery. In this Researcher Spotlight, we introduce…
MAGE-A10 is highly expressed in triple-negative breast cancers (Estrogen Receptor / Progesterone Receptor / HER-2-negative), an important focus for many cancer researchers. We have developed a new T cell line specific for the MAGE-A10254-263 peptide (GLYDGMEHL) and restricted by HLA-A*0201. These MAGE-A10 T cells could be the perfect complement to your cancer immunotherapy research. View…
A curious researcher recently asked us to suggest suitable antigens that could stimulate IFNγ producing CD8+ T cells. The short answer: Virus proteins. But as with anything in immunology and virology, there is a longer, more complicated explanation as well. Protein Antigens vs. Peptide Antigens CD8+ T cells normally recognize antigens that are produced…