Alteromonas stellipolaris R10SW13: AVL56_17055
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Entry
AVL56_17055 CDS
T04403
Name
(GenBank) hybrid sensor histidine kinase/response regulator
Organism
aaw
Alteromonas stellipolaris R10SW13
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Ortholog
Paralog
GFIT
Motif
Pfam:
PAS_7
HATPase_c
Response_reg
HisKA
PAS
HATPase_c_2
cREC_REC
MLTR_LBD
PAS_4
Fve
Motif
Other DBs
NCBI-ProteinID:
AMJ95850
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Position
4001749..4005201
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AA seq
1150 aa
AA seq
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MTFGWVTLAVLYLFLLFSLASWGDKNSPRARALTSHPAIYSLALAIYCTAWTFFGMVGQA
SRDTWIYLPIMLGPILVYVLGYRFIYKLTLVSKKQHITTISDFIASRYGKRQTVALLVTV
IALLATIPYIALQLKAIGSTFQLLTQQPNSNFIVIAATTFIAIFAIYFGTKHADVTEYRR
GLMLAIAFESTIKLLALVLVAFVGYSAWRQTETGPFLETFVNTAALSQFSSFNFIAQTIM
AAAAIVCLPRQFHVAVIDNLSLSHLKTARWLFPLYLAIISAVIPIIAIAGKAIFAGASVE
PDSYVLSLAMFSGSALLQVIVFVGGLSAATAMIIVATLTLSTMLTNDVILPRYLAFRGNH
SEKRDFSAQIRLIRRIVIGFILLMAFLYHQQMTSSRSLHSIGLIAFSLVIQLMPAILGGL
YWKRAHAHGVYAGLLVGIILWVLWLVFPLVGKQTSQFANNELISQGAMISLGANAVMYII
FSWFAPHRLIDRIQAEAFVSPAVVKNSVIKGPNSNVTVSDLITLLSTFMGTGRCEQLIEQ
YQHHNSCTLNHQASPDEDFLTFCERALGGVIGASSAKVLLDSALRGKKMDFTEVINFFDD
TTQAMQFNMTALLTSLENMDQGISVVDKHLNLVAWNKRYAALYTYPEDFLAVGIPIEKLI
RFNASQGEFGKLDVEAEVEKRLEHLRSGTPHRFKRQRKDGRVIEMVGNPLPGGGFVTSFN
DITDHIEIQQALEESNIDLEARIKRRTEEVHTINAELRLEIERRSGAETELIRARKAAED
ANASKTRFLALASHDVLQPLNAAKLYISALEEQELSNGVHEIIQKLHHSVTSSEALIGTL
LDISRLDQGEMKPDIEPVDVQALLSPLIDDIRMRAQEKGLSLRVWVKPLWVMADKTYLYR
IMQNLLSNAVKYTQKGKVLLVIKSTKSSVSFRVYDTGIGISEDKKDNIFSDFYRINQSAE
HGIGLGLGVVRRLSQQLGSDITVSSSLQKGSCFTFSLPKAQPGSSISTTTKPKNTTFTGL
QVLCVDDQRENLDAMQTLLARWGVKVMLAGSWDEALALIEQTSPQILLMDYQLSHDETQN
GLALIDKIRFQLDAILPAALITATPDEDLVAKCKEQGVNYLSKPLKPAKLRALLQSMTRH
IHESHYSDSD
NT seq
3453 nt
NT seq
+upstream
nt +downstream
nt
atgacgttcggttgggttacgcttgcagtactgtatctatttttacttttttccttggca
agttggggcgataagaactcgcctcgagcacgagcgttaacttcgcacccagccatctac
tcactggcactcgccatatattgcacggcgtggacattttttggcatggtagggcaagcc
agccgtgacacatggatttacctgcccattatgttagggccaattttggtatatgtgctt
gggtatcgatttatttataagctaactctagttagcaaaaagcaacatatcacaacaatt
tctgattttattgcgtctcgttatggcaagcgccaaaccgtcgcattgttagtgaccgtt
atcgcgctgctggctaccattccgtatattgcgttgcaattaaaagcgattggctccact
tttcagttgttaactcaacagcctaatagcaatttcatcgtgattgccgccaccacattt
attgccatatttgcgatttattttggtactaagcatgccgatgtaaccgagtaccgcaga
ggattaatgctcgctatcgcctttgaatccactattaagttattggcgttggtgttggtt
gcatttgtgggctacagcgcgtggcgacaaaccgaaacaggcccttttctagagaccttt
gtaaacactgccgcactgtctcaatttagctcgttcaacttcattgctcagaccatcatg
gccgcggctgctattgtgtgcctgcctcgccaattccatgtggcagtcattgataacctg
agcctttcacacttaaaaacagcccgatggttgttcccgctttatctcgcgattatttct
gcggttattcccattattgctattgcgggtaaagccatttttgctggtgccagtgttgag
cccgactcctacgtactatccctggctatgttctctggttcagccttgctacaagttatt
gtatttgttggggggttatcagctgcaactgcaatgattattgtggcaaccctaacccta
agcaccatgttaaccaatgacgttattttacctcgctacttagcgtttcgcggcaatcac
tctgaaaaaagagatttctctgcgcaaatacgccttataagacgcattgttattggcttc
atattactaatggcatttttgtaccatcaacagatgaccagtagccgctcgctacattca
attgggcttattgcgttttcactagtgattcaattaatgccagcgatcctcggtggatta
tattggaagcgcgcacatgcccatggggtttacgcgggcttgttggtgggaataatactt
tgggtattgtggttagtatttccgctggtaggaaagcaaacatcacaatttgccaataac
gaacttatcagccaaggcgcgatgataagccttggtgcgaatgccgtaatgtacattatt
ttctcgtggtttgccccgcaccggcttatcgacagaattcaagccgaggcttttgtgtct
cctgctgtggttaaaaacagtgtcattaaagggccaaatagcaatgttacggtatctgac
ctcattacgttactatcgactttcatgggtacaggtcgatgcgaacagcttattgagcaa
tatcaacatcacaacagctgcacgttgaaccaccaagcttctcccgatgaagactttctt
acgttttgtgagcgcgcgctgggcggtgttataggtgcatccagcgccaaagtattgtta
gacagcgcactgcgtggcaagaaaatggacttcacggaagtcattaactttttcgacgac
accacacaagccatgcaatttaatatgaccgcgcttttgacctcgttagaaaacatggat
caaggcattagcgtagtcgataaacacttaaatttagtggcttggaataagcgatacgca
gcactttatacctaccctgaagattttcttgcagtgggcatacccatagagaaacttatc
cgtttcaacgcatcacaaggggaatttggcaaactggatgtagaagcggaagtagaaaag
cgcttagaacatttgcgctctggtaccccccaccgattcaaacgtcagcgaaaagatggc
cgtgtaattgaaatggtaggcaaccccctaccaggaggcggctttgtgaccagttttaat
gacatcaccgaccacattgagattcaacaagcccttgaagaatcaaatatcgacttagaa
gctagaataaaaaggcgtaccgaagaggtgcataccatcaacgccgaactacggcttgaa
atagagcggcgctctggagcagaaactgaactgatacgggctagaaaggccgccgaagat
gcgaatgccagtaaaactcgcttcctagcactggccagccatgatgtacttcagcctttg
aacgccgccaagttgtatatttcggcgttagaagaacaagagctatcgaatggtgtacat
gaaatcattcaaaagctgcaccactcggtaacctcaagtgaggcacttatcggtacgctt
ttagatatatcacgccttgatcagggtgaaatgaagccagacattgagcccgtagatgta
caagctctgctcagcccgcttattgacgatataagaatgcgagcacaggaaaaaggtctt
tcgttgcgggtatgggtgaaaccactttgggtaatggccgacaaaacctacttgtataga
attatgcagaatttactgtcaaatgctgtgaagtacacacaaaaaggcaaagttctactt
gttataaagtccaccaaatcatcagtttcttttcgtgtttatgacacaggaattggcatt
tcggaagataaaaaagataacatttttagtgatttctatcgcattaatcaaagtgcagaa
catggtattggcttggggctaggtgtggtacgtaggttaagtcagcagttgggtagcgat
ataaccgtatcgtcctcactgcaaaaaggcagttgctttacttttagcctgccaaaagcc
cagcccggttcttcaataagtacaacaaccaagcctaaaaacacaactttcactggatta
caggtactttgtgtagacgaccaacgggagaacttagatgcaatgcaaacgttgcttgct
cgctggggcgttaaggtgatgttagccgggtcgtgggatgaagcccttgccctgattgag
caaacatcgcctcagatattattgatggactatcaattaagccatgatgaaacgcaaaac
ggcttagccttaatagataagattaggttccaacttgatgccatactacccgccgcgctt
atcacagctacgccagatgaagatttagtggctaaatgtaaggagcaaggggttaactat
ctatctaagccgttaaagccagcaaaactaagagcgctacttcaaagtatgactcgccac
attcacgagtcacattatagcgatagcgattaa
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