Table 1_Impact of codon optimization on vip3Aa11 gene expression and insecticidal efficacy in maize.docx by Shengyan Li (4028975)

“…</p>Methods and results<p>To develop insect-resistant maize, we designed two codon-optimized vip3Aa11 variants (vip3Aa11-m1 and vip3Aa11-m2) based on maize codon usage bias. …”

Table 1_A novel multi-epitope mRNA vaccine against colorectal cancer: in silico design and immune efficacy profiling.docx by Lin Wang (11986)

Establishment of potent TCR-T cells specific for cisplatin-resistance related tumor-associated antigen, CLSPN using codon-optimization by Kanta Hori (20198286)

“…The TCR was cloned from the HLA-A*02:01/CLSPN_1254–1262 specific CTL clone yc3. We also designed a codon-optimized TCR sequence using GeneArt® GeneOptimizer® (Opt TCR) and compared the TCR-T cells using the original TCR sequence (Ori TCR-T cells) and the codon-optimized TCR sequence (Opt TCR-T cells). …”

The overview of the multiepitope-based vaccine design for echinococcosis. by Rehana Parvin (841451)

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<b>Constraint-Based Analysis Reveals Inevitable </b><b>Mathematical Structure in the Genetic Code</b> by Bernhard Pfennigschmidt (22044887)

“…The constraint-driven organization is consistent with an energy minimization framework where each codon position represents an optimal energy state. …”

The schematic representation of multiepitope-based vaccine constructs (V1 and V2). by Rehana Parvin (841451)

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Global population coverage based on the selected CTL and HTL epitopes. by Guneswar Sethi (11635034)

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Analysis of position and frequency of viral TSS based on Pac-Bio sequencing. by Pengfei Jiang (282718)

Heterogeneity of the mapped transcription sites by 5′ RACE based on individual clone sequencing. by Pengfei Jiang (282718)

Characterization of the three prioritized proteins based on antigenicity, non-homology, molecular weight, and number of transmembrane helices. by Guneswar Sethi (11635034)

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The 3D illustration of predicted discontinuous B-cell epitopes of the V2 (A–G), where the yellow color surfaces indicate the discontinuous B-cell epitopes and the gray sticks displ... by Rehana Parvin (841451)

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The structural validation of the final vaccine construct by SAVES, ProSA, and SWISS-MODEL structure assessment server. by Rehana Parvin (841451)

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The tertiary structures of the V1 (A & B) and V2 (C & D), showing surface and ribbon like structures. by Rehana Parvin (841451)

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C-ImmSim was used to simulate the V2’s immunological response. by Rehana Parvin (841451)

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The physicochemical and immunological properties of the vaccine. by Rehana Parvin (841451)

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<i>In-silico</i> cloning vector cloning of the V2. by Rehana Parvin (841451)

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The normal mode analysis of the V2-TLR-9 docked complex. by Rehana Parvin (841451)

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The pairwise sequence alignment between the Ag5 proteins of <i>E</i>. <i>granulosus</i> and <i>E</i>. <i>multilocularis</i>. by Rehana Parvin (841451)

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C-ImmSim predicted innate immune responses by the V2. by Rehana Parvin (841451)

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The secondary structures of the V1 (A & C) and V2 (B & D) with their detailed features and structures. by Rehana Parvin (841451)

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