Table 3. Compensating Frameshifts in Open Reading Frames.

`Gene`	`Nucleotide sequence`		`Translated Sequence`
`U_L6`
`HG52_Reference`	`1177`	`GGGTCGCGC-CCCCAG`	`GSRPQ`
`HG52_Davison`	`1177`	`GGGTCG-GCGGCCCAG`	`GSAAQ`
`HG52_Knipe1177`	`GGGTCG-GCGGCCCAG`	`GSAAQ`
`SD90e`	`1177`	`GGGTCG-GCGGCCCAG`	`GSAAQ`
`U_L8`
`HG52_Reference`	`337`	`AC-GGGCCGGTGGGCC`	`TGRWA`
`HG52_Davison`	`337`	`ACGGGGCCGGT-GGCC`	`TGPVA`
`HG52_Knipe337`	`ACGGGGCCGGT-GGCC`	`TGPVA`
`SD90e`	`337`	`ACGGGGCCGGT-GGCC`	`TGPVA`
`U_L9`
`HG52_Reference`	`847`	`CG-CCGCCCGGG`	`RRRG`
`HG52_Davison`	`847`	`CGCCCGCC-GGG`	`RPPG`
`HG52_Knipe847`	`CGCCCGCC-GGG`	`RPPG`
`SD90e`	`847`	`CGCCCGCC-GGG`	`RPPG`
`U_L16`
`HG52_Reference`	`541`	`ACGGACACGGCCCCCGAATCC-GGG`	`TDTAPESG`
`HG52_Davison`	`541`	`ACGGA-ACCGCCCCCGAATCCGGGG`	`TEPPPNPG`
`HG52_Knipe541`	`ACGGA-ACCGCCCCCGAATCCGGGG`	`TEPPPNPG`
`SD90e`	`541`	`ACGGA-ACCGCCCCCGAATCCGGGG`	`TEPPPNPG`
`U_L19`
`HG52_Reference`	`2624`	`GTCAA-GCGCATG`	`VKRM`
`HG52_Davison`	`2624`	`GTCAACGCC-ATG`	`VNAM`
`HG52_Knipe2624`	`GTCAACGCC-ATG`	`VNAM`
`SD90e`	`2624`	`GTCAACGCC-ATG`	`VNAM`
`U_L38`
`HG52_Reference`	`907`	`GGGGGCCCCTGGGG-GGCG`	`GGPWGA`
`HG52_Davison`	`907`	`GGGGG-CCCTGGGGCGGCG`	`GGPGAA`
`HG52_Knipe907`	`GGGGG-CCCTGGGGCGGCG`	`GGPGAA`
`SD90e`	`907`	`GGGGG-CCCTGGGGCGGCG`	`GGPGAA`
`HG52_Reference`	`1369`	`TGGCG-CGCGGCGGGG`	`WRAAG`
`HG52_Davison`	`1369`	`TGGCGCCCCGGC-GGG`	`WRPGG`
`HG52_Knipe1369`	`TGGCGCCCCGCC-GGG`	`WRPAG`
`SD90e`	`1369`	`TGGCGCCCCGCC-GGG`	`WRPAG`
`U_L46`
`HG52_Reference`	`1085`	`ACCTTAC-GGCG`	`TLRR`
`HG52_Davison`	`1085`	`ACC-TACGGGCG`	`TYGR`
`HG52_Knipe1085`	`ACC-TACGGGCG`	`TYGR`
`SD90e`	`1085`	`ACC-TACGGGCG`	`TYGR`
`U_S1`
`HG52_Reference`	`472`	`CCGG-CCAGTCTTCCGGGGATCGCGCACGCGCAC--CGGCG`	`PASLPG-IAHAHR`
`HG52_Davison`	`472`	`CCGGCCCAGTCTTCCGGGGATCGCGCAGCCGCACCGCGGCG`	`PAQSSGDRAAAPR`
`HG52_Knipe`	`472`	`CCGGCCCAGTCTTCCGGGGATCGCGCAGCCGCACCGCGGCG`	`PAQSSGDRAAAPR`
`SD90e`	`472`	`CCGGCCCAGTCTTCCGGGGATCGCGCAGCCGCACCGCGGCG`	`PAQSSGDRAAAPR`