… membrane protein, and nucleoproteins are shown in Figure 2. In the case of the spike
glycoprotein (Figure 2A), we identify … regions associated with high immune response rates. Three …

… bioinformatics platform, we identify multiple putative epitopes that are potential targets for CD4
+ and CD8 + T cells… structural proteins are the spike protein (S), the membrane protein (M)…

… surface antigens and identify CCR10 as a promising target in … Human Protein Atlas 26 , as
well as bioinformatic prediction … ) was by far the most increased surface protein in CfzR cells, …

… screening, we filtered TC-CLB proteins using a set of bioinformatics tools. First, we used the
… family such as trans-sialidases, and mucin-associated surface protein were present in the …

… cell surface proteins have been the targets of the approved drugs for human diseases [22,28].
Cell surface proteins … most studies and their potential functions have not been investigated. …

… ) for quantified cell surface proteins in K562 cells by TPP without and with cell surface protein
… enrichment step on thermal stability measurements of cell surface proteins, we compared …

… and therapeutic targets. However, our understanding of … The focus of this paper is directed
at defining surface protein … Proteins selected for downstream bioinformatics analysis …

… most promising binding modes. We demonstrate the broad applicability of this approach
through the de novo design of binding proteins … For each of these surface proteins, we selected …

… cell-surface proteins (excluding antibodies and T cell receptors), along with other select proteins
… The IgSF is the largest and most functionally diverse family in the cell-surface proteome. …

… This study aimed to predict the protective epitopes with bioinformatics methods and resources
… The purpose of this study is to predict B-cell epitopes on spike protein and T-cell epitopes …