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. 2013 Jun;195(11):2463–2473. doi: 10.1128/JB.00140-13

Table 4.

Content of B. subtilis regulons controlled by RNA elements

RNA regulona Target operon(s)b Functional rolec
Cobalamin (B12 element) btuFC-cbiZ-pduO O
FMN (RFN element) ribDEBAH, ribU O
TPP (THI element) thiC, thiT, ylmB, tenAI-thiOSGFD, ykoFEDC O
Glycine gcvTP1P2 A
Lysine (L box) yvsH, lysC A
SAM (S box) cysHP-sat-cysCG-sirBC, metK, metE3, metE2, metNPQ, metIC, metF, metE, mtnWXBD, mtnKA, yoaDCB A
T box (various amino acid specificities) alaS, hisS-aspS, cysES, glyQS, ileS, leuS, ilvBHC-leuABCD, yvbW, pheST, proI, proAB, serS, thrZS, trpS, rtpA-ycbK, tyrSZ, valS A
PreQ1 queCDEF N
Purine (G box) pbuG, purEKBCSQLFMNHD, pbuE, nupG, xpt-pbuX N
PyrR pyrBC-carAB-pyrKDFE, pyrP, pyrR N
Ribosomal leaders rplJL, rplM-rpsI, rplS, infC-rpmI-rplT, rplU-ysxB-rpmA D
glmS glmS C
ykoK (M box) mgtE M
ykkC-yxkD ykkCD, yxkD R
ydaO ktrAB, ydaO U
ylbH ylbH-coaD U
yybP-ykoY ykoY, yybP U
a

Regulons that operate by known metabolite-sensing riboswitches and aminoacyl-tRNA-sensing T boxes are underlined.

b

Novel predicted targets of known riboswitch regulons are underlined.

c

Functional roles of target genes: A, amino acid metabolism; R, stress response; C, amino sugar metabolism; M, metal homeostasis; N, nucleic base metabolism; O, cofactor metabolism; D, ribosomal proteins; U, unknown.