Proteus appendicitidis: QQS39_12060
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Entry
QQS39_12060 CDS
T09947
Symbol
ttrA
Name
(GenBank) tetrathionate reductase subunit TtrA
KO
K08357
tetrathionate reductase subunit A
Organism
papp
Proteus appendicitidis
Pathway
papp00920
Sulfur metabolism
papp01100
Metabolic pathways
papp01120
Microbial metabolism in diverse environments
papp01320
Sulfur cycle
papp02020
Two-component system
Brite
KEGG Orthology (KO) [BR:
papp00001
]
09100 Metabolism
09102 Energy metabolism
00920 Sulfur metabolism
QQS39_12060 (ttrA)
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
QQS39_12060 (ttrA)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02000 Transporters [BR:
papp02000
]
QQS39_12060 (ttrA)
Transporters [BR:
papp02000
]
Other transporters
Transmembrane electron carriers [TC:
5
]
QQS39_12060 (ttrA)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Molydop_binding
Molybdopterin
Molybdop_Fe4S4
Motif
Other DBs
NCBI-ProteinID:
WIV87208
LinkDB
All DBs
Position
complement(2556972..2560052)
Genome browser
AA seq
1026 aa
AA seq
DB search
MAKFTRRQWLKGGLVIGGIAAFAASYRDVAKRAIDGLVDGTSGKVTLDRINGNSLLPEGK
VVKDAKWQANTDQSVCMTQCFGCWTQCGVRARVDRANNKVLRIAGNPYHPLSHDHHFGYN
MPIKEAFEKMGGESGLENRSTACARGATMMESLDSPTRILEPMKRVGKRGEGKWKRISFE
QLIQEIVEGGDLFGEGHVDGLRAIRDLETLIDPKQPALGPKANQLLMTNAGDDGRDTFIR
RFAQNSFGSKNFGAHGSYCGLAYRAGSGALMNDLDKNAHVKPDWDYVEFALFLGTSPAQS
GNPFKRQGRQLANARIRDSFNYVVVAPALPLTTTLANDHGHWVPVQPGTDAALVMGMIRW
IIENNRYNADYLSVPSEVSMKNMGEKSWTNATHLVISDEKHPLSGQMLTTAHFNDVAEGE
EQALVLSLEGELVPSTQVNKAQLFATHTVTLKTGATVTVKSSFQLLDDAAKRMTLAEYSE
RCKVPETTIAALGREFTAYGRKAAVISHGGMMGGNGFYTAWSVIMLNALIGNLNLKGGVS
VGGGKFNGATDGPCYKMDSFKGKVKPKGMVLSRSKAAYEKSDEYRERVEKGESPYPAKAP
WYPFAAGQLTEQLGSALAGYPYPLKAWITNMTNPIYGIAGIRQVMEERLKDPKHLPLIIG
IDAFMNETTALADYIVPDTHNFESWGFSAPWSGVQTKASTARWPIIEPRVAKTADGQPIS
METFCIAVAKALDLPGFGEKAIEDMDGNFYPINSAEDYYLRVAANMAFMGEKPVAPATNE
DILLSGVDRILPAITSTLKNEEVLQVAYIYTRGGRFAPYDKAWNGEETGPQWKKPLQIWN
EEVAKNHHAITGERYSGCPTYYPPRLSDGSDIHQHYPEEQWPLKLMSFKSHVVSSSTGMI
QRLRMVKPSNLVAINPQDGKKWGVNHGDKVRIVTPGGQVEAEISLLDGVMPGVLAIEHGY
GHQELGSRQHYLDEQPLPMDKGIGSGINLNDLGFADPTRQITNTWLDWVSGASVRQGLPA
KIERIA
NT seq
3081 nt
NT seq
+upstream
nt +downstream
nt
atggctaagtttacaagacgtcaatggcttaaaggtggattagttatcggtggtattgcc
gcatttgctgccagctaccgtgatgttgctaaacgtgccatagatggtttagttgatggc
acatcaggcaaagtgacacttgataggatcaacggaaactctttattacctgaaggtaaa
gttgtaaaagacgcaaaatggcaagcaaatacagatcaatctgtttgtatgacgcaatgc
tttggttgctggacacaatgtggcgttcgcgcccgtgttgatagagcaaataataaagtt
ttacgtattgcgggtaacccttatcatccactttctcatgatcatcattttggctataac
atgccaattaaagaagcatttgaaaaaatggggggagaaagtggtttagaaaaccgctct
acggcttgtgctcgtggtgcaaccatgatggaaagccttgatagtccaacacgtattctt
gaaccgatgaaacgcgtgggtaaacgcggtgaaggtaaatggaaacgtatcagttttgag
cagttgatccaagaaattgttgaaggtggtgatctctttggtgaaggtcatgttgatggt
ttacgtgccattcgtgatttagagactttaatcgatccaaagcaaccggctttaggccct
aaagctaatcaactattaatgacaaatgcgggtgatgatggacgagatacgtttattcgt
cgctttgctcaaaactcatttggtagtaaaaactttggtgctcatggctcttattgtgga
ttagcgtaccgtgctggctctggcgcgttaatgaacgatttagataaaaatgcccacgtt
aagcctgactgggattatgttgaatttgctctgttcttaggcacatcaccggcacaatca
ggtaacccatttaagcgtcaaggtcgtcagttagctaacgcacgtattcgtgattcgttc
aactatgtggttgttgcacctgctttgcctttaacaacgacattagctaacgatcatggg
cattgggttccagttcaaccgggaacagatgcagctttagtcatggggatgatccgctgg
atcattgaaaacaatcgctacaatgcagattatctgtcagtgccaagcgaagtttcaatg
aaaaatatgggtgagaagagctggacgaatgcgactcatcttgtgatcagtgatgaaaaa
catcctctgtcagggcaaatgctgacaacagcgcattttaatgatgttgctgaaggggaa
gagcaagccttagttttatcacttgaaggtgaattagttccatcaacccaagtcaataaa
gctcaattgtttgctacgcatactgtgacattaaaaacgggtgctaccgttacggttaaa
tcaagtttccagttacttgatgacgcagctaaacgtatgacactggcggaatatagtgaa
cgttgtaaagtaccagaaacaacaattgctgcattaggtcgtgaatttactgcttatggt
cgaaaagctgcggttatctctcatggcggtatgatgggcggcaatggtttctataccgcg
tggagcgtgattatgcttaatgcgctaatcggtaacttaaaccttaaaggtggggtatct
gttggtggcggtaagtttaatggtgcaaccgatggcccatgttacaaaatggatagcttt
aaaggtaaagttaaacccaaaggcatggtgttatcacgcagtaaagcagcctatgagaaa
tctgatgagtaccgtgagcgtgtagagaaaggagaatctccatatccagcaaaagcgcct
tggtatccgtttgctgctgggcaattaactgaacagctcggctctgcattagcgggttat
ccttatccattaaaagcatggataacgaatatgaccaaccctatttatgggattgcgggt
attcgccaagtgatggaagagcgcttgaaagatccgaagcacctacctttgattattggt
attgatgcttttatgaatgaaacaacagcgctggctgattatattgttcctgatacacat
aactttgagagctggggatttagtgcgccttggtctggtgttcaaactaaagcaagtaca
gcacgctggccgattattgaacctcgcgttgcaaaaacagcagatggtcagccaatttca
atggaaacattctgtattgctgtggcaaaagccttagatttgccaggctttggtgagaaa
gcaattgaagatatggatggtaacttctatccaatcaatagtgcagaagattactattta
cgtgttgccgctaatatggcgtttatgggggaaaaacctgttgcccctgcaaccaatgaa
gatattttattaagtggggtagaccgtattttacctgcgataacctcaacattaaaaaat
gaagaagttcttcaggttgcgtatatctatacacgaggcggtcgtttcgctccttatgac
aaagcgtggaatggtgaagaaacagggccacagtggaaaaagccattacaaatctggaat
gaagaagtggcaaaaaaccatcatgcaataacaggcgaacgttatagtggttgcccgact
tattatccaccacgtttatcggatggtagtgatattcatcagcactatcctgaagagcag
tggccattaaaattaatgtcctttaagtctcatgtggtgagtagttcaacaggcatgatc
cagcgtttaagaatggtaaaaccaagtaacttagtcgcgattaaccctcaagatggtaaa
aaatggggtgttaatcatggtgataaagttcgcattgtcacaccgggtggacaagtggaa
gcggagattagcttactcgatggcgtaatgccgggcgttttagcgattgaacatggatat
gggcatcaagagttaggttcacgtcagcattacttagatgaacaaccattaccgatggat
aaaggtattggcagcggtatcaaccttaatgatttagggtttgccgatccaacacgtcaa
atcactaatacatggttagattgggtatctggtgcatctgtgcgtcaaggcttaccagct
aagattgagcgtatagcttaa
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