… employed involving, pan genomics, subtractive proteomics and reverse vaccinology strategies
to identify core promiscuous vaccine candidates. Two chimeric vaccine constructs having …

… genomics and proteomics is a technique to search proteomes of bacterial pathogens in quest
of vaccine … be integrated to identify antigenic epitopes for the design of a chimeric vaccine. …

… computational tools such as pan genome-based subtractive proteomics and … vaccine
targets and revealing the potential antigenic epitopes which could be used in a chimeric vaccine …

… The identified potential vaccine candidates and the chimeric vaccine design can serve as
a foundation for further experimental validation and development of an effective vaccine …

… vaccine exists to curb this pathogen. Therefore, in current study, we aimed to identify potential
vaccine candidates and design chimeric vaccine … from core genome as vaccine candidates…

… We hypothesized that the vaccine will be helpful for experimentalists in vaccine … step,
designed chimeric vaccine docking was performed with immune receptors [63,64]. The vaccine was …

… vaccine construction [23,24]. Considering this, it is relevant to state that our research group
focuses on genomics… -epitope vaccine was developed using a comparative pan-genome and …

… genomics and proteomics is a technique to search proteomes of bacterial pathogens in quest
of vaccine … be integrated to identify antigenic epitopes for the design of a chimeric vaccine. …

… The present work uses an integrated immunoinformatics strategy to build the chimeric vaccine
candidate against E. faecium, which is based on pangenome, subtractive genomics, and …

… computational tools such as pan genome-based subtractive proteomics and RV [27], with
the main objective of emphasizing potential vaccine targets and revealing the potential …