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. 2016 Aug 26;90(18):8341–8350. doi: 10.1128/JVI.01124-16

TABLE 2.

Nucleotide changes in p30 ΔG2-GPC rCan

RNA nucleotide position Nucleotide change (% of reads)a Amino acid changea
S RNA
    1–8 Missing 5′ UTR
    9 A→ C (93) 5UTR
    92–94 Missing SSP ΔG2 mutation
    198 A → G (77) SSP N37S
    273 T → A (21) GP1 F62Y
    285 T → A (36) GP1 L66Q
    462 T → C (29) GP1 I125T
    488 T → C (25) GP1 W134R
    590 G → A (35) GP1 A168T
    2067 G → A (100) NP silent
    2070 A → G (100) NP silent
    2178 G → A (24) NP silent
    2849 T → C (42, 76)b NP K162E
    3406 A → T (56) 3′ UTR
L RNA
    22 T → A (100) 5UTR
    367–368 tAG → tGA (100) Z stop (silent)
    452 T → C (100) L stop (silent)
    1634 A → G (100) L silent
    2891 C → A (100) L L1398F
    4305 C → T (100) L G927E
    4682 T → G (100) L silent
    4688 G → A (100) L silent
    4803 C → T (100) L R761K
    4856 T → C (49) L silent
    4940 G → A (100) L silent
    5032 C → T (55) L D685N
    5296 G → A (100) L R597W
    5321 G → A (100) L silent
    6045 T → A (58) L N347I
    6295 A → T (57) L S264T
    6814 G → A (100) L L91F
    7107 C → T (69) 3UTR
a

Included are changes present in ≥20% of reads relative to Candid #1 S and L RNA reference genomes (GenBank accession numbers AY746353.1 and AY746354.1, respectively). Changes in the reverse genetics plasmids relative to the reference sequence (J.C. de la Torre, personal communication) are italicized.

b

Percentages of reads in original and p30 populations, respectively.