100% homology sequences of Betacoronaviruses S protein and S1 subunit.

100% homology sequences of S protein and S1 subunit of Betacoronaviruses
are available from GenBank (https://www.ncbi.nlm.nih.gov/protein/) before April 2020, used in
phylogenetic analysis. The following abbreviations are applied: WatbuCoV –
Waterbuck coronavirus, GirCoV – Giraffe coronavirus, SamdeCoV – Sambar deer
coronavirus, YakCoV – Yak coronavirus, BetaCoV – Betacoronavirus, MuCoV –
Murine coronavirus, TylBatCoV – Tylonycteris bat coronavirus, RouBatCoV – Rousettus
bat coronavirus, BatSARS-CoV – Bat SARS coronavirus, BatSARSL-CoV – Bat
SARS-like coronavirus; and Hs – Homo sapiens, Pagla – Paguma larvata, Cd – Camelus dromedarius, Camdr –
Camelus dromedarius, Bt – Bos taurus, Bubbu – Bubalus bubalis, Bg – Bos
grunniens, Ptv – Pan troglodytes verus, Erieu – Erinaceus
europaeus, Eriam – Erinaceus amurensis, Sussc – Sus scrofa, Equca – Equus
caballus, Orycu – Oryctolagus cuniculus, Ratno – Rattus norvegicus, Mm – Mus
musculus, Pipcfhe – Pipistrellus cf. hesperidus, Roule – Rousettus
leschenaulti, Rhisi – Rhinolophus sinicus,
Rhibl – Rhinolophus blasii, lhc – the lab host cells, lhm – the lab host
mouse. Stars designate protein sequences deduced from nucleotide sequences
using the GeneRunner program. Underlined
sequences have been used in the construction of the phylogenetic tree. The numbers in front of sequence annotation are the unique sequence
numbers for each S/S1 sequence in the batch for each BetaCoV species for more
comfortable use.