Xylanibacter ruminicola: PRU_2732
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Entry
PRU_2732 CDS
T01212
Name
(GenBank) sensor histidine kinase/DNA-binding response regulator
Organism
pru
Xylanibacter ruminicola
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Gene cluster
GFIT
Motif
Pfam:
Reg_prop
HTH_18
HATPase_c
Response_reg
HTH_AraC
HisKA
DUF5074
SGL
PorZ_N_b_propeller
Y_Y_Y
HATPase_c_3
Spore_III_AF
HTH_Crp_2
PQQ_2
Motif
Other DBs
NCBI-ProteinID:
ADE82367
UniProt:
D5EY17
LinkDB
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Position
complement(3355428..3359432)
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AA seq
1334 aa
AA seq
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MKVKYILTLATSLLSLSAFAQRGKFFTTDHQLSSSFVTQVYLDNEGFIWTTTRNGINRYD
GYQFRVFKKENEHDSSLASNYVNSMMQDRNGLFYFGMYGALQTWDGTKFHNVTMYDKNGN
AGHSYPNCFLERANGDVLVGTSGLGILKFKDQKTAYQEKGPLATIHTVNSMIEDRTGTLW
IVTEHMGLISYNGKTVKRHMQNLPSVVFSCLCEGADGIIYAGSTNCGVFRMQGDTFVHIA
ETGTKAVSSLYCAHDGNIVIGYDGQGIALYNPRKPELIDNPFFSLEVNLPMSKVYSITED
KSGNLWFGLLQKGIFMQPISFKGFHYMGHKLGAHNILGTACVISVILDSKKRVWVGTDKD
GLYCYDFYSQASKHLKDQYPSVIVSLAEDQKGRIWLGTYREGIGWVDPVTFQYHRVPFPM
DPNLIVMDIAVGNDGYLWLGTMKHGIVKMDPNDGRVLAIYKMKAGADKNRKMNCITNDYV
SQVQLSPDGKRLYVSTSMGLCCLDIPANSWTSTFGMNCLNYSTPVRITREYDGNLWYGTN
EGLFRYDLRTHKTQQYTRADGLADNGIATIERDLQGRLWIGTDHGLSCFTPKSDIWQNYF
VDDGLQSNEFSDGASFMSPDGILTMGGTAGISWFDSHHIAPSKWEAEVELTSFSINGQQV
SRATHSGSYLVTDTTIIASNRFELSYSDNTFSIQFSTLTYENPEHISYLYSINGEPFNRL
QPGENVLTLSHLPQGTYRFRVKAERNNVETPVREFTVVIHSPWYRSAWAYFFYAMVIGMF
VWQYLVYRRHKEQDKLRLQAHIHAEEMGEAKLRFFMNMSHEIRTPMTLILTPLLSLIKND
NDPSRKAVYETIRRNAERILSLINQMMDLRKIDKGQMQMRMRETNLVSFAKDIYDLFDNQ
AKTKQIKFIYEHDSDKIPVWIDRQNFDKVLMNVLSNAFKYTPTGGEIGIRISHTDESATI
AIYDNGEGIPEDKMNKIFDRFYQTPTTLNDRYVGTGIGLDLTRSLVELHHGTITVHNLEK
GCEFVITIPMGNSHLNADEMITEAEAAEAAETITPELLLEEEPETELINPMSEMTPGNRK
LTLVIAEDDEEIRNYLESELSKDYDIHACTNGREALGEVIRTKPDLVLSDIMMPEMDGNT
LCTRIKTNPNTNSIPVVLLTAKNRDEDKLESLETGADAYIVKPFNMEILRRTIMNLINKH
RLLRLKYERNDSLEEQIDEIELKSPDEKLLERIMECINKNLNNSDLSVDMIADTVGISRV
HLHRKMKDLTGQTPHDFIRNIRLKKAAQLLANQGMNVTEVMYACGFANSASFSTVFKKFY
GMSPRDYMKEHEER
NT seq
4005 nt
NT seq
+upstream
nt +downstream
nt
atgaaagttaagtatatactgactctagctacttcacttctctcgttgagtgctttcgcc
caaaggggaaagttcttcactaccgatcatcaattatcaagcagctttgtaacacaagta
tatcttgataacgagggattcatctggacaaccacccgtaacggtatcaatcgctacgat
ggttatcagttccgcgtattcaagaaagagaacgagcacgacagttcactggccagcaac
tatgtgaacagcatgatgcaagatcgcaatggtttattttattttggtatgtatggcgcc
ctgcagacgtgggacggcaccaaattccataatgtcaccatgtacgacaagaacggcaac
gccggtcacagttaccccaactgcttcctggagcgtgccaatggcgacgtactggtggga
acctctggtctaggtatcctgaagttcaaggatcagaagacagcctatcaggagaaggga
cctttggcgaccatacacaccgttaacagtatgattgaggaccgtacaggtaccctgtgg
attgttacagagcacatgggcctcatctcatacaacggcaagaccgtcaagcgccatatg
cagaacctgcccagcgtggtgttctcatgcctctgcgaaggtgccgatggcatcatctat
gccggtagcaccaactgcggtgtattcagaatgcagggcgacacgttcgttcacattgcc
gaaacaggtactaaagccgtatcatcgctctattgtgcccacgatggtaacattgtgatt
ggttacgatggtcagggtatagccctctataatccccgcaaacccgaactgattgataac
ccgttcttctcactcgaggttaaccttcctatgagtaaggtttactctattaccgaggac
aagagcggcaacctgtggttcggattattgcagaagggtatctttatgcagcccatcagc
tttaagggcttccactacatgggacataaacttggtgcccataatatattaggtacagcc
tgcgtcatcagcgttatcttggacagcaagaagcgtgtatgggtgggtaccgataaggac
gggctttactgctacgatttctacagccaggcctctaagcaccttaaggaccagtatcca
tcagtcatcgtatcgctggccgaagaccagaagggacgtatctggttaggtacataccgc
gaaggtatcggctgggttgatcctgttaccttccagtatcaccgcgtaccattccccatg
gatcccaacctgattgtaatggacatagccgtgggcaacgatggctacctgtggttgggt
accatgaaacatggcattgtgaagatggaccccaacgacggacgtgtgctggccatttac
aaaatgaaggcaggcgctgataagaacaggaagatgaactgcattaccaacgattatgta
tcgcaggttcaactgtcgcccgatggcaaacgtttgtatgtatccaccagtatggggtta
tgctgtctcgacatccctgccaacagctggacaagcacctttggtatgaactgtctgaac
tacagcacccctgtaagaattacccgcgaatacgacggtaacctgtggtatggtaccaac
gagggcttgttccgctacgatctgcgtacccacaaaacccagcaatatacccgtgctgat
ggtttggccgataacggtattgccaccatcgaacgcgacctgcaaggccgtctttggata
ggtaccgaccacggactgagctgtttcacacctaaatccgatatctggcagaactatttt
gtggatgatggtctgcagagtaacgagttcagcgatggtgcctcattcatgtcgcccgat
ggtatcctcaccatgggtggcacagcaggtatctcgtggttcgactctcaccatattgct
cctagcaagtgggaggctgaggttgagctcacctccttctctatcaatggtcagcaggta
agtcgtgccacccattcaggcagttatctggttaccgatactaccatcattgccagcaac
cgtttcgaactcagctatagcgataacacgttctcaatccagttctcgacccttacctac
gagaaccctgaacacatatcttatttatatagtattaatggcgagccattcaaccgcttg
cagccaggcgagaacgtgcttaccctgtcgcacctgccacaaggcacctaccgattcagg
gttaaggccgagcgcaataacgtagaaacacccgtaagagagttcacggtggttatccac
agtccgtggtaccgctcggcttgggcttatttcttctacgctatggttatcggtatgttt
gtatggcagtatttggtttaccgtcgccataaggagcaggataagctgcgcctccaggcc
catatccatgccgaagagatgggcgaggccaagttgcgtttcttcatgaacatgagtcac
gagatccgcaccccaatgacgctgattctcacaccgttgctctcgcttatcaagaacgac
aacgatcccagccgcaaagcagtttacgaaaccatccgtcgtaatgccgagcgtattctc
agtctgattaaccagatgatggacctgcgaaagatcgacaagggtcagatgcagatgcga
atgcgtgagaccaacctggtaagctttgccaaggatatctacgacctgtttgataatcag
gccaagaccaagcagattaagtttatctacgaacacgatagcgataagattcctgtatgg
atagatcgccagaacttcgataaggtacttatgaatgtactctcgaatgctttcaagtac
accccaaccggtggcgagataggcattcgcatcagtcatactgacgaatcggccacaatc
gccatctacgacaatggcgaaggcatccccgaggataagatgaacaagatcttcgaccgc
ttctatcagacgcccaccacgctcaacgaccgttatgtgggcactggcatcggtctcgac
cttacccgttcgctggttgagctgcaccatggtaccattaccgttcacaacctggagaag
ggctgtgagtttgtgattaccatccctatgggcaacagccatctgaatgctgacgagatg
attaccgaagccgaagcagccgaggccgccgagaccatcacccccgaactgctgttggaa
gaggagcccgagacagagctgattaacccgatgagcgagatgacacctggcaaccgcaag
ctcactctggtgattgccgaagatgatgaggagattcgcaactaccttgagagcgagctc
tcgaaggattacgatatacatgcctgcaccaatggtcgcgaggcacttggcgaggtaatc
cgcaccaagcccgacctggtactgagtgatatcatgatgcccgagatggatggtaacacc
ctgtgtacccgcatcaaaaccaatcctaacaccaattctatcccagtagtactgctcacc
gccaagaaccgcgacgaggacaaactggagagtctggagactggtgccgatgcctacatc
gttaaaccattcaacatggagattctgcgccgcaccatcatgaacctcattaacaagcac
cgtctgctgcgcctgaagtacgagcgtaacgacagcctggaggaacagattgacgagatt
gaactcaagtcgcccgacgagaagctgctggagcgcatcatggagtgcatcaacaagaac
ctgaacaactccgacctgagtgtagatatgattgccgatactgttggtatcagccgtgta
cacctgcatcgcaagatgaaggaccttaccggccagacacctcacgactttatccgcaat
atccgcctgaagaaggccgcccagctgctggccaaccaaggcatgaacgttaccgaggtg
atgtatgcatgtggatttgcaaactcagcctcgttctctaccgtattcaagaaattctac
ggtatgtcgccacgcgactatatgaaggagcacgaagagcgctaa
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