Figures & data
Figure 1 Identity platform shared by influenza A polyprotein and the human proteome at the hexapeptide level. A) Location of the 10 viral proteins along the primary sequence of the influenza A polyprotein. Viral protein abbreviations as detailed in Methods section. B) Similarity profile of influenza A H5N1 polyprotein vs the human proteome at the hexapeptide level. The columns indicate the number of viral hexapeptide occurrences in the human proteome. Hexapeptide amino acid sequences in one-letter code.
![Figure 1 Identity platform shared by influenza A polyprotein and the human proteome at the hexapeptide level. A) Location of the 10 viral proteins along the primary sequence of the influenza A polyprotein. Viral protein abbreviations as detailed in Methods section. B) Similarity profile of influenza A H5N1 polyprotein vs the human proteome at the hexapeptide level. The columns indicate the number of viral hexapeptide occurrences in the human proteome. Hexapeptide amino acid sequences in one-letter code.](/cms/asset/6c2a92e9-0fce-420c-8a78-61eb739d770a/dbtt_a_12097_f0001_b.jpg)
Table 1 Numerical description of the hexapeptide overlap between influenza A polyprotein and Homo sapiens proteome
Table 2 Examples of human proteins sharing hexapeptide sequence(s) with influenza A H5N1 polyprotein
Table 3 Hexapeptide sharing between influenza A polyprotein and human proteins potentially associated with autism, Williams–Beuren syndrome, Bardet–Biedl syndrome, and schizophrenia
Table 4 Influenza A hexapeptide occurrences in human proteins related to myelination
Table 5 Description in numbers of the hexapeptide overlap between TMV coat protein and the human proteome
Table 6 Human proteins sharing hexapeptide sequence(s) with TMV coat protein