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. 2019 Jan 18;8:e36842. doi: 10.7554/eLife.36842

Table 2. Genes modeled in the metabolic reconstruction.

The ‘MMSYN1_’ prefix on the locus tags has been omitted for brevity. The reaction column provides the specific reaction name or general description of the gene (if involved in multiple reactions). Reaction names may appear multiple times if there are multiple gene products that can catalyze that reaction. Column EssTn5 contains a ⋅ if the gene is non-essential, a □ if it is quasi-essential, or a ■ if it has been determined to be essential through the transposon mutagenesis experiments. A dagger in this column indicates that the automatic essentiality assignment required manual intervention. Column EssFBA contains a ⋅ if the gene is non-essential or a ■ if it has been determined to be essential through FBA. Loci marked with an asterisk are genes that are non-essential only ‘technically’ with respect to FBA (see Section 'In silico gene knockouts and mapping to in vivo essentiality'). The doubling times predicted by FBA for non-essential genes were all 2.02 hr, with the exception of single knockouts of loci pdhC/0227 through ackA/0230, which all had doubling times of 3.22 hr; locus punA/0747 with a doubling time of 2.04 hr; and locus gltP/0886 with a doubling time of 2.03 hr.

Locus Reaction EssTn5 EssFBA Locus Reaction EssTn5 EssFBA Locus Reaction EssTn5 EssFBA
Amino acid metabolism Cofactor metabolism 0798 UPPRT ■ ■
0381* AHCi ⋅ ⋅ 0823 5FTHFPGS □ ■ 0330 dAdn kinase 1 ⋅ ⋅
0163 ALATRS ■ ■ 0390 FMETTRS □ ■ 0382 dAdn kinase 2 ⋅ ⋅
0535 ARGTRS ■ ■ 0291 FMNAT ■ ■ Transport
0076 ASNTRS ■ ■ 0443 FTHFCL ■ ■ 0822 5FTHFabc □ ■
0287 ASPTRS ■ ■ 0799 GHMT □ ■ 0876 AA permease 1 ⋅ ⋅
0837 CYSTRS ■ ■ 0684 MTHFC □ ■ 0878 AA permease 2 □ ⋅
0687 GLNTRAT ■ ■ 0259 NADK ■ ■ 0789 ATPase ■† ■
0688 GLNTRAT ■ ■ 0378 NADS ■ ■ 0790 ATPase ■ ■
0689 GLNTRAT ■ ■ 0614 NCTPPRT ■ ■ 0791 ATPase ■ ■
0126 GLUTRS_Gln ■ ■ 0380 NNATr ■ ■ 0792 ATPase ■ ■
0405 GLYTRS ■ ■ Lipid metabolism 0793 ATPase ■ ■
0288 HISTRS ■ ■ 0621 ACP ■ ■ 0794 ATPase ■ ■
0519 ILETRS ■ ■ 0419 ACPPAT ■ ■ 0795 ATPase ■ ■
0634 LEUTRS ■ ■ 0513 ACPS ■ ■ 0796 ATPase ■ ■
0064 LYSTRS ■ ■ 0512 AGPAT ■ ■ 0879 CA2abc ■ ■
0432∗ MAT ■ ⋅ 0117 APG3PAT ■ ■ 0836 COAabc ■ ■
0012 METTRS ■ ■ 0139 BPNT □ ■ 0642 EcfA ■ ■
0528 PHETRS ■ ■ 0147 CLPNS ■ ■ 0643 EcfA ■ ■
0529 PHETRS ■ ■ 0697 DAGGALT □ ⋅ 0641 EcfT ■ ■
0282 PROTRS ■ ■ 0114 DAGPST/DAGGALT ■ ■ 0233 GLCpts ■ ■
0133 Peptidase 1 ⋅ ⋅ 0304 DASYN ■ ■ 0234 GLCpts ■ ■
0305 Peptidase 2 □ ⋅ 0420 FAKr ■ ■ 0694 GLCpts ■ ■
0444 Peptidase 3 □ ⋅ 0616 FAKr ■ ■ 0779 GLCpts ■ ■
0479 Peptidase 4 □ ⋅ 0617 FAKr □ ■ 0886 GltP □ ⋅
0061 SERTRS ■ ■ 0115 GALU ■ ■ 0685 Kt6 ■ ■
0222 THRTRS ■ ■ 0218 GLYK ■ ■ 0686 Kt6 ■ ■
0308 TRPTRS ■ ■ 0733 PGMT/PPM ■ ■ 0401 LIPTA ⋅ ⋅
0613 TYRTRS ■ ■ 0214 PGPP □ ■ 0787 MG2abc ■ ■
0260 VALTRS ■ ■ 0875 PGSA ■ ■ 0314 NACabc ■ ■
Central metabolism 0113 PSSYN ■ ■ 0165 Opp □ ⋅
0230 ACKr ■ ⋅ 0813 UDPG4E ■ ■ 0166 Opp □ ⋅
0493 AGDC □ ⋅ 0814 UDPGALM ■ ■ 0167 Opp □ ⋅
0495 AMANK ⋅ ⋅ Macromolecules 0168 Opp □ ⋅
0494 AMANPEr ⋅ ⋅ 0394 Lon □ ■ 0169 Opp □ ⋅
0732 DRPA ⋅ ⋅ 0650 Met peptidase ■ ■ 0345 P5Pabc ■ ■
0213 ENO ■ ■ 0201 Pept. deformylase ■ ■ 0425 PIabc ■ ■
0131 FBA ■ ■ Nucleotide metabolism 0426 PIabc ■ ■
0726 G6PDA ⋅ ⋅ 0651 (D)ADK ■ ■ 0427 PIabc ■ ■
0607 GAPD ■ ■ 0413 ADPT ■ ■ 0877 RIBFLVabc ■ ■
0451 GAPDP ■ ⋅ 0129 CTPS ■ ■ 0008 RNS ■ ■
0475 LDH_L ■ ⋅ 0347 CYTK □ ■ 0009 RNS ■ ■
0435 MAN6PI ⋅ ⋅ 0515 DCMPDA □ ⋅ 0010 RNS ■ ■
0227 PDH_E2/_acald ⋅ ⋅ 0447 DUTPDP ■ ■ 0011 RNS ■ ■
0228 PDH_E3 ⋅ ⋅ 0203 GK ■ ■ 0195 SPRMabc □ ■
0220 PFK ■ ■ 0216 GUAPRT □ ■ 0196 SPRMabc □ ■
0445 PGI ■ ■ 0747 PNP □ ⋅ 0197 SPRMabc □ ■
0606 PGK ■ ■ 0344 PPA ■ ■ 0706 THMPPabc □ ■
0729 PGM ■ ■ 0771 RNDR □ ■ 0707 THMPPabc □ ■
0831 PRPPS ■ ■ 0772 RNDR ■ ■ 0708 THMPPabc □ ■
0229 PTAr ■ ⋅ 0773 RNDR □ ■
0221 PYK ■ ■ 0140 TMDK1/DURIK1 ■ ■
0262 RPE □ ■ 0045 TMPK ■ ■
0800 RPI □ ■ 0065 TRDR ■ ■
0316 TKT □ ■ 0819 TRDR ■ ■
0727 TPI ■ ■ 0537 UMPK ■ ■