Jenner-predict

[…] predictor of the whole protein sequence) was used for prediction of antigenicity. proteins larger than 1000 size were analyzed in chains. protein immunogenicity was evaluated with jenner predict algorithm (http://14.139.240.55/vaccine/validation.html) for prediction of protein vaccine candidates., in order to assess a total number of surface-exposed proteins present […]

[…] has not been widely appreciated. other criteria including signal peptides, conserved domains, and biological function analysis () have been used in different rv tools [e.g., nerve (), vaxign (), and jenner-predict server ()], and machine-learning techniques are also applied to vaccine design studies (, ). however, the significance and association of above criteria with the protectiveness […]

[…] filters until a subset of proteins are identified that represent potential vaccine candidates. several utilities have been developed to implement filtering approaches to rv, for example violin [], jenner predict [], and ivax []. drawbacks of filtering methods include the necessity of assessing large numbers of candidates in the laboratory and potential candidates with predicted subcellular […]

[…] to have host cell adhesion functions. raising antibodies against adhesins can have an inhibitory effect on colonization and infection []. vaxign further added mhc i and mhc ii epitope prediction. jenner-predict, while using some of the same filtering criteria as nerve and vaxign, put more weight on the known host-pathogen interaction domains on proteins []. vacceed framework extended […]