Putative attenuators^a associated with tyrA

Organism

 Gene organization^b

Agrobacterium tumefaciens

 ^¬ hisH_b > tyrA

Bacillus anthracis

 ^¬ aroG > hisH _b> tyrA >> aroF

Bacillus cereus

 ^¬ aroG > hisH_b > tyrA > aroF

Bacillus halodurans

 ^¬ tyrA > aroF

Bacteroides thetaiotaomicron

 ^¬ pheA > hisH_b > aroA_Iβ•aroQ > tyrA

Bordetella parapertussis

 ^¬ gyrA > serC > aroQ•pheA > tyrA > aroF > cm k> rpsA > himD

Desulfovibrio vulgaris

 ^¬ aroA′  > aroB′  > aroQ•pheA > aroF > tyrA > [trp operon]

Enterococcus faecalis

 ^¬ aroD > aroA_Iβ > aroB > aroG > tyrA > aroF > aroE > pheA

Lactococcus lactis

 ^¬ ysaA > blrG > kinG > tyrA > aroF > aroE > pheA

Lactobacillus plantarum

 ^¬ ORF > aroG > ORF > aroF > tyrA > aroE

Listeria innocua

 ^¬ aroG > aroB > aroH > hisH _b> tyrA > aroF

Streptococcus pneumoniae

 ^¬ ORF>aroC_I>aroD>aroB>aroG>tyrA>^¬ ORF>aroF>aroE>pheA

Thermoanaerobacter tencongensis

 ^¬ pheA > aroA_Iβ > tyrA > aroF > ORF > ORF

Thermus thermophilus

 ^¬ aroA_Iβ  > tyrA

Vibrio parahaemolyticus

 ^¬ aroA_Iα__Y  > tyrA

 ^¬ aroA_{Iα_Y}  > tyrA

^a Attenuators were extracted from the website of Merino and Yanofsky (http://cmgm.stanford.edu/~merino/). These are included within a larger list of attenuators relevant to general aromatic biosynthesis that were extracted from the Merino and Yanofsky database and placed on our website (http://snp.lanl.gov/AroPath/SupplMaterials/TyrA/Table6.html). Links are provided for viewing the complete data, including a visualization of the putative attenuator structures.

^b Symbol used for attenuator: ^¬, aroA′ and aroB′ refer to alternative biochemical steps recently reported for formation of dehydroquinate from aspartate semialdehyde and ketohexose 1-phosphate [Ref].