Selected article for: "predict structure and secondary structure"

Author: Jerome R Lon; Yunmeng Bai; Bingxu Zhong; Fuqiang Cai; Hongli Du
Title: Prediction and Evolution of B Cell Epitopes of Surface Protein in SARS-CoV-2
  • Document date: 2020_4_5
  • ID: fmumym1x_20
    Snippet: All of the epitope A, B, C, D located on the surface of the tail of the S protein, which is relatively easy to bind. The epitope E is located on the head of the S protein, which is the key area where the S protein recognizes and binds to ACE2 [12, 13] , has the potential to block the infection process. The epitope F and the epitope G located on the end of the head of the E protein, the two epitopes coincide, this may due to they are all consecuti.....
    Document: All of the epitope A, B, C, D located on the surface of the tail of the S protein, which is relatively easy to bind. The epitope E is located on the head of the S protein, which is the key area where the S protein recognizes and binds to ACE2 [12, 13] , has the potential to block the infection process. The epitope F and the epitope G located on the end of the head of the E protein, the two epitopes coincide, this may due to they are all consecutive and the secondary structure avoided the α-helix and the β-sheet. The epitope H is derived from the M protein, the structure and conservation could not be determined due to the inability to predict reliable structure. However, it could be known from the surface probablity scores that the epitope H is more likely to be located on the surface of the M protein.

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