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. 2005 May 19;33(9):2838–2851. doi: 10.1093/nar/gki583

Table 3.

Annotation correction of ORF translational start position

ORF Gene Unitag position (occurrence) Chr New ATG position Predicteda
YDL208W NHP2 6(1) 28(2) 48(1) 4 +51 Yes
YDR378C LSM6 88(2) 107(1) 4 +111 No
YER030W 0(3) 8(1) 12(1) 20(2) 404(1) 5 +21 Yes
YER050C RSM18 133(2) 297(1) 571(1) 5 +192 No
YGR088W CTT1 8(2) 377(1) 7 +33 No
YHR163W SOL3 91(2) 848(1) 8 +93 Yes
YIL043C CBR1 82(1) 94(1) 102(3) 9 +114 Yes
YIL053W RHR2 35(5) 36(1) 349(1) 526(1) 852(1) 9 +63 No
YIL076W SEC28 177(4) 556(1) 9 +189 No
YJL046W 99(2) 10 +126 No
YKR042W UTH1 48(3) 57(2) 413(1) 859(1) 11 +255 Yes
YOR091W 96(1) 106(2) 15 +168 No
YOR147W MDM32 56(3) 15 +93 No
YPR169W JIP5 32(1) 50(1) 55(2) 16 +66 Yes

Proposed translational start codon changes for 14 genes based on 5′ SAGE TSS data and multiple orthologous sequences alignment. 5′ SAGE TSS position are shown relative to the currently annotated ATG, with unitag occurrence in parenthesis and multiple occurrence unitags are shown in bold. The proposed new downstream ATG start codon position relative to the original start position is listed.

a‘Predicted’ means the annotation change had been previously suggested by multiple Saccharomyces species comparison (42).