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. 2011 Nov 29;6(11):e28366. doi: 10.1371/journal.pone.0028366

Table 1. Genetics of FusE class mutants.

Identified mutations
Strain fusA rplF Men/Hem genea
FusE L6
AH380 WT −1 nt 158 (FSb) none
AH352 WT −1 nt 106 (FS) none
AH377 WT +1 nt 23 (FS) none
AH348 WT TGA stop nt 244 none
AH370 WT TAA stop nt 229 none
AH346 WT −1 nt 238 (FS) none
AH333 WT TAA stop nt 249 none
AH392 WT −1 nt 383 (FS) none
AH379 WT TAA stop nt 418 none
AH349 WT −1 nt 404 (FS) none
AH357c WT TAA stop nt 301 none
FusE L6 Hem
AH374 WT −5 nts 236−240 (FS) hemA Ala190Glu
AH339 WT −1 nt 144 (FS) hemB Gly87Asp
AH337 WT −1 nt 220 (FS) hemB Gly87Asp
AH384 WT −1 nt 221 (FS) hemH Gly209Asp
FusE L6 Men
AH378 WT −1 nt 221 (FS) menB Arg101Leu
AH351 WT −4 nts 45–48 (FS) gerC3 −1 FS nt 919
AH358b WT −1 nt 423 (FS) menB Val58Phe
AH360 WT ATA Start nt 3 menA Arg19Ser
AH383 WT TAA stop nt 139 menA Gly87Asp
AH362 WT TAA stop nt 282 menA Asp81Tyr
AH390 WT +1 FS nt 84 menB Arg 53 Cys
AH386 WT −1 FS nt 90 menB Gln 204 stop
a

All genes known to be involved in hemin and menadione biosynthesis were sequenced in the respective groups to identify mutations, see Table S1.

b

Mutation is predicted to cause a ribosomal frameshift (FS) during translation of the mRNA.

c

AH357 and AH358 were also analysed by CGS in comparison with wild-type 8325-4.