Key result
Rabbit anti-tgK polyclonal antibody shows high specificity and detects DEV antigen in infected duck tissues.
Why the study?
Duck virus enteritis causes significant economic losses in waterfowl, and studying the unknown glycoprotein K of DEV may help prevent and cure the disease.
The production of a specific rabbit anti-tgK polyclonal antibody provides a new diagnostic tool for duck enteritis virus and suggests tgK's potential for subunit vaccine development.
Duck virus enteritis (DVE) is an acute, contagious herpesvirus infection of ducks, geese, and swans, which has produced significant economic losses in domestic and wild waterfowl. With the purpose of decreasing economic losses in the commercial duck industry, studying the unknown glycoprotein K (gK) of DEV may be a new method for preferably preventing and curing this disease. So this is the first time to product and purify the rabbit anti-tgK polyclonal antibody. Through the western blot and ELISA assay, the truncated glycoprotein K (tgK) has good antigenicity, also the antibody possesses high specificity and affinity. Meanwhile the rabbit anti-tgK polyclonal antibody has the potential to produce subunit vaccines and the functions of neutralizing DEV and anti-DEV infection because of its neutralization titer. Indirect immunofluorescent microscopy using the purified rabbit anti-tgK polyclonal antibody as diagnostic antibody was susceptive to detect a small quantity of antigen in tissues or cells. This approach also provides effective experimental technology for epidemiological investigation and retrospective diagnose of the preservative paraffin blocks.
No takes yet. Share an insight, caveat, or question.
Zhang et al. (2010) studied Duck virus enteritis (DVE). Rabbit anti-tgK polyclonal antibody vs. Preimmune serum / mock-infected ducks was evaluated on Antibody specificity, affinity, and neutralization titer. The produced rabbit anti-tgK polyclonal antibody demonstrated high specificity and affinity, with a neutralization titer of 1:5.623, and successfully detected DEV antigen in infected duck tissues.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: