Introduction to Multiepitope Fusion Construct

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Multiepitope Fusion Construct sentence examples

10.1007/s10529-021-03143-9

The selected highly immunogenic T-cell epitopes were then used to design two multiepitope fusion constructs.

In silico design and in vitro expression of novel multiepitope DNA constructs based on HIV-1 proteins and Hsp70 T-cell epitopes

10.2174/1570180818666210602160150

For the design of a therapeutic vaccine candidate, we utilized immunoinformatics tools to design a potential multiepitope fusion construct based on L1 and E7 genes from different high- and low-risk HPV types.

In silico and in vitro analysis of a multiepitope L1-E7 fusion construct for vaccine development against human papillomaviruses

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An Overview of Multiepitope Fusion Construct

Multiepitope Fusion Construct
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What is/are Multiepitope Fusion?

Multiepitope Fusion - To overcome these challenges, we applied a toxoid fusion strategy and a novel epitope- and structure-based multiepitope fusion antigen (MEFA) vaccinology platform to construct two chimeric multivalent proteins, toxoid fusion 3xSTaN12S-mnLTR192G/L211A and adhesin CFA/I/II/IV MEFA, and demonstrated that the proteins induced protective antibodies against STa and heat-labile toxin (LT) produced by all ETEC strains or the seven most important ETEC adhesins (CFA/I and CS1 to CS6) expressed by the ETEC strains causing 60 to 70% of diarrheal cases and moderate to severe cases. [1] The selected highly immunogenic T-cell epitopes were then used to design two multiepitope fusion constructs. [2] Multiepitope fusion protein based nano-p-ELISA displayed significantly sensitivity and specificity compared to Brucella LPS antigen. [3] For the design of a therapeutic vaccine candidate, we utilized immunoinformatics tools to design a potential multiepitope fusion construct based on L1 and E7 genes from different high- and low-risk HPV types. [4] The verified epitopes were connected in series to construct a multiepitope fusion protein, goat, bovine brucellosis sera, and rabbit sera were collected to verify the antigenicity and specificity of this protein. [5] In this study, we subcutaneously (SC) immunized mice with the ETEC adhesin-based vaccine, CFA/I/II/IV MEFA (multiepitope fusion antigen), adjuvanted with dmLT and examined the impact of dmLT on antibody responses specific to the seven adhesins in the vaccine construction [CFA/I, CFA/II (CS1, CS2, CS3) and CFA/IV (CS4, CS5, CS6)]. [6] While conventional vaccinology approaches encounter difficulties at integrating or including heterogeneous ETEC fimbria and toxin antigens into a vaccine product, multiepitope fusion antigen (MEFA) structural vaccinology provides a new platform to combine neutralizing antigenic elements or epitopes from various heterogeneous virulence factors for broad immunity and protection. [7]

multiepitope fusion antigen

To overcome these challenges, we applied a toxoid fusion strategy and a novel epitope- and structure-based multiepitope fusion antigen (MEFA) vaccinology platform to construct two chimeric multivalent proteins, toxoid fusion 3xSTaN12S-mnLTR192G/L211A and adhesin CFA/I/II/IV MEFA, and demonstrated that the proteins induced protective antibodies against STa and heat-labile toxin (LT) produced by all ETEC strains or the seven most important ETEC adhesins (CFA/I and CS1 to CS6) expressed by the ETEC strains causing 60 to 70% of diarrheal cases and moderate to severe cases. [1] In this study, we subcutaneously (SC) immunized mice with the ETEC adhesin-based vaccine, CFA/I/II/IV MEFA (multiepitope fusion antigen), adjuvanted with dmLT and examined the impact of dmLT on antibody responses specific to the seven adhesins in the vaccine construction [CFA/I, CFA/II (CS1, CS2, CS3) and CFA/IV (CS4, CS5, CS6)]. [2] While conventional vaccinology approaches encounter difficulties at integrating or including heterogeneous ETEC fimbria and toxin antigens into a vaccine product, multiepitope fusion antigen (MEFA) structural vaccinology provides a new platform to combine neutralizing antigenic elements or epitopes from various heterogeneous virulence factors for broad immunity and protection. [3]

multiepitope fusion construct

The selected highly immunogenic T-cell epitopes were then used to design two multiepitope fusion constructs. [1] For the design of a therapeutic vaccine candidate, we utilized immunoinformatics tools to design a potential multiepitope fusion construct based on L1 and E7 genes from different high- and low-risk HPV types. [2]

multiepitope fusion protein

Multiepitope fusion protein based nano-p-ELISA displayed significantly sensitivity and specificity compared to Brucella LPS antigen. [1] The verified epitopes were connected in series to construct a multiepitope fusion protein, goat, bovine brucellosis sera, and rabbit sera were collected to verify the antigenicity and specificity of this protein. [2]