Gene putatively regulated by attenuation in B_thetaiotaomicron_VPI-5482

                                                                        Characteristics of the secondary structures
Terminator:    Distance to gene:22 nt.     Distance to run of Ts=0 nt.   Size=31 nt.     Delta G=-20.20 kcal/mol
Antiterminator: Size=10 nt.     Delta G= -5.00 kcal/mol
Anti-antiterminator:   Size=61 nt.     Delta G=-10.00 kcal/mol

                                                                        Nomenclature/Definitions
Bases shared by the antitermination and termination structures are shown in red
Bases shared by the anti-antitermination and antitermination structures are shown in green
The sequences of the anti-antiterminator, antiterminator and terminator structures are underlined
Coding regions are in CAPS, non-coding regions are in lower case

CGGGATTGAACTATTATTATTTCGTGTCAACACTGATTAGTGTAGGAACCATGATTTT
GTTGCGTAAAACTACAGACGAAACAAAATTACTGGCTATTCTGGAAGCTAAGAAAAAA
GACCCGAAACAAATGAAAAAGACCGGATTTGCTGCACGCCTGGAAGCTATGCAAAAGC
AACAGGAACAGTTACAGCAGCAAAAACAGAATAAACGATAAgaaattatccgaagatatattctgagaaa
gccgggcaaccgaaaggggtttgtccggctttctttctctaaaaaacaaacttaatATG

    BT0588


Gene: BT0588     GI: 29345998     BI number: BT0588     GOG: COG0534     Description: BexA, multidrug efflux pum


 aa
g  a
 At
 At
 Ta
 At
 Gc
|  c
|  g
|  a
|  a
|  g
C  a
A  t
A  a
 At
 Ta
 At                  aa
 At                 g  a
 Gc                  cg
 At                  cg
 Cg                 |  g
A  a                |  g
A  g                |  t
A  a                 at
A  a                 at
A  a                 cg
 Cg                  gt
 Gc                  gc
|  c       ca        gc
|  g      g  a       cg
A  g       gc        cg
 Cg        gc        gc
 Gc        cg        at
                        ttctttctctaaaaaacaaacttaatATG


                                                                        Orthologous genes that have a predicted attenuator, grouped in COG families

[V] COG0534 Na+-driven multidrug efflux pump ... can be seen here

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