alexa Neisseria Gonorrhoeae|omicsgroup|Journal Of Bacteriology And Parasitology

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Neisseria Gonorrhoeae

Gonococcal infection and transmission is a global health problem and till date no effective vaccine is available to prevent the disease transmission. Recently, analysing membrane proteome of N. gonorrhoeae we have shown that, several membrane associated proteins of the gonococcus might be important in developing anti-gonorrhoea drugs. Here, we explored the possibility of such 19 essential membrane transporter targets those may be useful in developing peptide vaccines too. Using a classical in silico technique, we have identified four best epitopes from three transporters. All identified epitopes are antigenic and predicted to induce both the T- and B-cell mediated immune responses and transmembrane helix prediction shows that, selected epitopes are mostly outside of the membrane that indicates the suitability of these epitopes to be potential peptide vaccine candidates. Identified epitopes require experimental validation. OMICS Group International is one of the leading Open Access Publishers which is publishing 700+ peer-reviewed journals. Journal of Bacteriology & Parasitology is one of the top journals which publish quality articles, findings dealing with Bacteria and Parasites of Medical relevance to human or veterinary health.
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Last date updated on December, 2020