Juliet Flanagan - Distinction Presentation

CPT - Center for Performance & Technology - Classroom/Computer Lab - T231 - T231
Optimizing Western Blots to Assess Genetic Variation in Strains of the Epstein-Barr Isolated from Burkett Lymphomas
The Epstein-Barr virus (EBV) has been associated with several types of cancers including the most common childhood cancer in tropical Africa: Burkitt Lymphoma (BL). B95-8 - a strain of EBV originally isolated from an infectious mononucleosis patient - can be grown to high concentrations in the lab and thus has been used as a model for strain for most EBV studies to date. However, now "wild-type" viruses can be isolated from tumors and grown up in the lab in comparable amounts to the B95-8 model strain. This new development leads scientist to question the accuracy of B95-8 as an effective model for novel EBV strains. This project uses Western Blots to compare protein expression and gene variation in the B95-8 model and two novel BL strains.
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