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. 2021 May 31;13(6):e14062. doi: 10.15252/emmm.202114062

Table 8.

Russia.

(A) 03/24–06/07/2020
Position Location Mutation Count Incidence
241nt 5´UTR CG → TG 215/226 prevalent
noneffective
3,037nt nsp3 CT → TT 224/226 prevalent
noneffective
3,140nt CC → TC 13/226 unique
CCT (Proline) → AATCTT (Asparagine Leucine)
14,408nt RNA‐dependent RNA polymerase CT → TT 225/226 prevalent
CCT (Proline) → CTT (Leucine)
20,268nt endoRNAse AG → GG 32/226 ES,FR,US,
noneffective ZA
23,403nt Spike glycoprotein AT → GT 226/226 prevalent
GAT (Aspartic Acid) → GGT (Glycine)
25,563nt ORF3a protein GA → TA 10/226 prevalent
CAGAGC (Glutamine Serine) → CATAGC (Histidine Serine)
26,750nt Membrane glycoprotein CA → TA 45/226 unique
noneffective
27,415nt ORF6 protein GC → TC 10/226 unique
GCA (Alanine) → TCA (Serine)
28,881nt Nucleocapsid phosphoprotein GGG → AAC 172/226 prevalent
AGGGGA (Arginine Glycine) → AAACGA (Lysine Arginine)
(B) 01/19/2020–01/20/2021
Position Location Mutation Total Count Percentage
30nt 3´UTR A → G 57 4.75
241nt C → T 1,167 97.33
1,059nt nsp2 C → T 31 2.59
3,037nt nsp3 C → T 1,188 99.08
3,177nt C → T 28 2.34
3,373nt C → A 43 3.59
6,874nt T → G 72 6.01
6,883nt C → T 38 3.17
8,887nt nsp4 A → G 108 9.01
11,029nt nsp6 G → A 41 3.42
11,083nt G → T 32 2.67
12,316nt nsp8 A → G 28 2.34
12,886nt nsp9 A → G 39 3.25
13,599nt RNA‐dependent RNA polymerase T → C 63 5.25
14,408nt C → T 1,180 98.42
15,540nt C → T 29 2.42
19,839nt endoRNAse T → C 105 8.76
20,268nt A → G 47 3.92
21,724nt Spike glycoprotein G → A 38 3.17
21,772nt C → T 41 3.42
22,020nt T → C 73 6.09
23,403nt A → G 1,195 99.67
25,563nt ORF3a G → T 43 3.59
26,750nt Membrane glycoprotein C → T 53 4.42
27,415nt ORF7a G → T 34 2.84
28,253nt ORF8 C → T 32 2.67
28,881nt Nucleocapsid phosphoprotein G → A 1,079 89.99
28,882nt G → A 1,079 89.99
28,883nt G → C 1,075 89.66
28,905nt C → T 62 5.17
28,975nt G → T 24 2
29,518nt ORF10 C → T 49 4.09

The general design of these Tables follows the outline described in detail in the legend to Table 5 (United States). The number of sequences investigated for SARS‐CoV‐2 mutations is detailed in Tables for individual countries.