Politz, Samuel M.
Infections caused by parasitic nematodes can be difficult to treat due to nematodes changing their outer surface during their life cycle, causing host immune systems to fail to recognize each new surface composition. From the model organism Caenorhabditis elegans (C. elegans) it has been determined that the gene srf-6, which controls changes in nematode surface composition, may be identical to a C. elegans MAPKKK gene known as nsy-1. The goal of this project is to identify similar proteins in parasitic nematodes. I used the software package Geneious to compare the C. elegans nsy-1 protein sequence to corresponding proteins in parasitic nematode databases. Because nsy-1/srf-6 may affect surface antigen switching in parasitic nematodes, it is a possible target for anti-nematode therapies.
Worcester Polytechnic Institute
Major Qualifying Project
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Biology and Biotechnology
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