Table S3. Primers
Oligo nameLambda Red
glmYREDF
glmYREDR
glmZREDF
glmZREDR
EspFuREDF
EspFuREDR
Plasmid
glmYLacZF
glmYLacZR
glmZLacZF
glmZLacZR
LacZF
LacZR
EspFu24F
EspFu24R
glmStslF
glmStslR
tirtslF
tirtslR
cesTtslF
cesTtslR
eaetslF
eaetslR
sepLtslF
sepLtslR
espAtslF
espAtslR
espDtslF
espDtslR
espBtslF
espBtslR
EspJFuF
EspJFuR
EspFuNoUTR1R
EspFuNoUTR2F
EspFu2F
EspFu2R
EspFu3F
EspFu3R
LEE4F
LEE4R
glmZQCF
glmZQCR
LEE4QCF
LEE4QCR
EMSA Probe
glmYPromK12F
glmYPromK12R
glmYPromEHECF
glmYPromEHECR
glmYPromEPECF
glmYPromEPECR
Northern Probe
EspFuProbeF
EspFuProbeR
sepLprobeF
sepLprobeR
espAprobeF
espAprobeR
espDprobeF
espDprobeR
espBprobeF
espBprobeR
tirProbeF
tirProbeR
cesTprobeF
cesTprobeR
eaeProbeF
eaeProbeR
5Sprobe
Stable Cell Line
LifeactF
LifeactR
qPCR
rpoA_F
rpoA_R
ler_F
ler_R
espA_F
espA_R
eae_F
eae_R
stx2a_F
stx2a_R
EscF1F
EscF1R
EspF1F
EspF1R / Sequence
CCTCAAAGCAACGTATAATCAGTACGTTACCAAACTATTTTCTTTATTGGGTGTAGGCTGGAGCTGCTTC
GAGGGGAAGTTCAGATACAACAAAGCCGGGAATTACCCGGCTTTGTTATGGAATCATATGAATATCCTCCTTAG
CTCAGGAAGCAAAGAGGATTACAGAATTATCTCATAACAAGTGTTAAGGGTGTAGGCTGGAGCTGCTTC
GTAGTTCCTTCTCACCCGGAGGCAAGCACCTCCGGGACCTTCCTGACACATAACATATGAATATCCTCCTTAG
GGACATAAGAGACATACAACACAGGAGGAATGGCTGTTTTTTAATAGTGCGTGTAGGCTGGAGCTGCTTC
AATAACCGGTAACTGTCAGGTCAGAGCTAATATAGGTAATTATATTATAACATATGAATATCCTCCTTAG
CAT GAATTC CAA CTT CGG GAG CTT TTT TG
CAT GGATCC AAG TCG GTG AAT GAG CC
CAT GAATTC TGA TAT GTA AGG CAG GTT TAT TAT ATC
CAT GGATCC GAG ATG GAA TGA GCA TCT AC
CAT CTGCAG ACC ATG ATT ACG GAT TCA C
GTA AAGCTT TTA TTT TTG ACA CCA GAC CA
CAT GGTACC CCG CAT GAA ACC TTT CTT AGC
GTA CTGCAG TGG AAA AAG TGA AGA AAC ATT GTT AA
CAT GGTACC TTC TGG CCG GGT AAT CC
GTA CTGCAG CGC ATC AAC AAC GGC CAG
CAT GGTACC GAT TGT TAT CTA TTT ACA TAA AAT AAA AAG GAG ATA TTT
GTA CTGCAG CCC TGC ACC GTC GGT TTG
CAT GGTACC GGA ATA ACA TTG CTG CAG GAT G
GTA GTCGAC AGA ACA CAA TCT GTT TTC ATT AAA TGA AAT AG
CAT GGTACC AGA TAA AAT CCG ATC TAT TAA TAT AAT TTA TTT CTC ATT C
GTA CTGCAG AAA CAA TCC TAA ACC AGC ACT AAG C
CAT GGTACC GTC TAA GAA TAG AGT AGA AAG GAA GCT G
GTA CTGCAG CGT TAA TTG CTG AGA TTC TAA TTC AAA ATC TAA TG
CAT GGTACC ATT ATT AAT GAT TGG TAA AGT TAT CGA CTA TAA GG
GTA CTGCAG ATC CTT CGA CAT ATT ACC TAA GTC ATA GAT
CAT GGTACC GCA ATC TCT ACA ATA TAG AAC TAT TTC AGC
GTA CTGCAG ACC CGT TTC AGA TTG AGT AAT ACC
CAT GGTACC TCC GAT TCA GCA CGG GTA AAT AG
GTA CTGCAG AGC AGA TGC GGC AAC TGC
CAT GGTACC CAA TAA ATC TCG TCA CTG AGC TCA AT
CTA CTGCAG TTTATCATCATCATCTTTATAATCCGAGCGCTTAGATGTATTAATGCC
TTA CCT TAT AAG TAA ATA TGT CAA TAC CTT
AAGGTATTGACATAT TTACTTATAAGGTAA
AAGGTATTGACATAT GCATGAAACCTTTCTTAGC
GCT AAG AAA GGT TTC ATG CAT ATG TCA ATA CCT T
GTTTTTTAATAGTGCTTTGAATTCC TTACTTATAAGGTAA
TTA CCT TAT AAG TAA GGA ATT CAA AGC ACT ATT AAA AAA C
CAT ggatcc GGG GAA AGC AAA ACG TAA CTG
GTA gacgtc CCG GGA TGA AGC CATCTAAG
GTTTACGGTGCTTAT GGTCCACTGA G AGATGTCGCTTATGC
GCA TAA GCG ACA TCT CTC AGT GGA CCA TAA GCA CCG TAA AC
GATGCGGTAAAGGCTTTGGAGGACTCTATGGATCATGAGACGAGTCAGTTATTGTACAG
CTG TAC AAT AAC TGA CTC GTC TCA TGA TCC ATA GAG TCC TCC AAA GCC TTT ACC GCA TC
GCGGCATTAAGCACCAACCACTAT
ATATCAGAAGTTGGACGGCAGGCA
CGCCGCATCCGGCATTAAATACAA
ATATCAGAAGTTGGACGGCAGGCA
AATCACGACAATGGGTGGTTTGCC
TGTTACGGAATAAGGCGGTGCCTA
CAACCGTCAACCGCAATATTACAG
TAATACGACTCACTATAGGG ATGTTCAGCCATACTCCGGgcagg
GCCTGGGATATCGCAAAGGTAG
TAATACGACTCACTATAGGG AATTCAATCTTAACAAACTTAGATTGC
GGTAATATGTCGAAGGATGAGG
TAATACGACTCACTATAGGG CAC GTC TTG AGG AAG TTT GGC
GGGTACTTCTGGTATTACTCAATC
TAATACGACTCACTATAGGG GAG AGA GAT AGG GAT AGC TTG TG
CTGCTTACTGATGGTAAGGTTG
TAATACGACTCACTATAGGG GTT CAT TGC TGC AAA AGA ACC
GGCGGCGTCTGAGATAAC
TAATACGACTCACTATAGGG CCA CGG CCT CCA GTA AAT AC
GGTATTGGATCTATTTCATTTAATG
TAATACGACTCACTATAGGG GGA AAC GTA ACG CTA AC
CCGGACGTGACCAAAAGC
TAATACGACTCACTATAGGG GTA ATA AGA AGT CCA GTG AAC TAC CG
CTACGGCGTTTCACTTCTGAGTTC
CAT AAG CTT CAC CAT GGG TGT TG
GTA GCGGCCGC TTA CTT GTA CAG CTC GTC CAT G
GCGCTCATCTTCTTCCGAAT
CGCGGTCGTGGTTATGTG
CGACCAGGTCTGCCC
GCGCGGAACTCATC
TCAGAATCGCAGCCTGAAAA
CGAAGGATGAGGTGGTTAAGCT
GCTGGCCTTGGTTTGATCA
GCGGAGATGACTTCAGCACTT
ACCCCACCGGGCAGTT
GGTCAAAACGCGCCTGATA
GCGATTCTGTGCCAGAGTTACTT
CCGCAAACTGCAACTCTAACAT
TGGAATTAGTAACGCTGCTTCTACA
CCCCCGCAGAGCTCACT