Thermosynechococcus sp. NK55: NK55_11820
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Entry
NK55_11820 CDS
T02977
Symbol
pixL
Name
(GenBank) blue light phototaxis signal transduction system hybrid histidine kinase / response regulator PixL
KO
K11526
two-component system, chemotaxis family, sensor histidine kinase and response regulator PixL
Organism
thn
Thermosynechococcus sp. NK55
Pathway
thn02020
Two-component system
Brite
KEGG Orthology (KO) [BR:
thn00001
]
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
NK55_11820 (pixL)
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
thn01001
]
NK55_11820 (pixL)
09183 Protein families: signaling and cellular processes
02022 Two-component system [BR:
thn02022
]
NK55_11820 (pixL)
02035 Bacterial motility proteins [BR:
thn02035
]
NK55_11820 (pixL)
Protein kinases [BR:
thn01001
]
Histidine kinases
CheA family [OT]
NK55_11820 (pixL)
Two-component system [BR:
thn02022
]
CheA family
PixL-PixGH (positive phototaxis)
NK55_11820 (pixL)
Bacterial motility proteins [BR:
thn02035
]
Pilus system
Positive phototactic motility proteins
NK55_11820 (pixL)
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Response_reg
CheW
HATPase_c
Hpt
H-kinase_dim
HATPase_c_2
HATPase_c_3
Motif
Other DBs
NCBI-ProteinID:
AHB89595
UniProt:
V5V890
LinkDB
All DBs
Position
complement(2475863..2478646)
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AA seq
927 aa
AA seq
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MPESGVEETIRLQFLEEAQDYLQTIEAGVLCLSQQPGRVDEVLRAAHSIKGGAAMMGFTS
LSELAHRLEDFFKILKSRPCDDIEVQHLLLKTVDQLQAVMILYRQGVQPNEGWWRTQVEP
LLNELQGRLGDPTAEDDLTLLSGEDGQQMRVVLFETEVEACLQRLETVLQTPGQPCLREE
LTIAAQELEALGQMLELSQFAEFCASVGAYLEQPNCDVSQVGASIIQQWRRCQALVITGQ
LAALPTRLETPETEDEDQTIIDLPLANLNQELGVEDFASAEVEAFSLGDLLSPPPTPTEA
PSPAPKAETTPVTPQLLTQEPKEMTVRVPGYQLDQLGDLMGELLIECNGLDLQRQRLHTL
LAGLKQKVRALERANFRLRTEYDRVSAPHYLSPQNQHGFDVLEFDRYTDVHLLSQEVMET
IVQVQEITTDLELSLEDTERTGRDLNRTAKQLQARFTQVRMRPFADLANRYPRLVRELSR
EHGKNVNLVIEGSHVLIDRTVLSVLADPLLHLVRNAFDHGIEPAEERQALGKPAVGTITL
KAAYRGNRTVITVADDGRGLNPEKIRQRARQLGLAQDWLETASDRDLWPLIFEPGFSTAA
QVTSLSGRGVGMDVVRTNLRQIRGDIQIQSTPGQGTQFTITIPYTLSVVRALLIEAAGML
LAVPTEDIEEMVLADRYPAIETLGSTLIDWEGYLIPLIELTQIFHFQRPHRPVEMEGAPT
INEPTLMIISQGDSALALRVDRHWSEQEVTIRQVEGELALPKGFSGCTILGNGRIVPLLD
PLALFDWSQQERPPAPVASSTAPRQDTVLVVDDSVNVRRFLTSTLEKAGYRVEQAKDGQE
AIDKLQGGLQVNAVICDIEMPRLDGFGVLTQIRRIPQCQNTPVMMLTSRTGQKHRQLAER
LGAAAYFSKPFRESDFLATLDQLIHHA
NT seq
2784 nt
NT seq
+upstream
nt +downstream
nt
atgcccgaatctggcgtcgaggaaaccatccgcctccagtttttagaagaggcccaggat
tacctgcaaacgattgaggcaggggtactatgcctctctcaacagccgggacgggtagat
gaggtgctgcgggcagcgcactccattaaaggcggcgcggccatgatgggctttacgtcc
ctgagtgaactggcccatcgccttgaggatttcttcaagattttgaaatcccgtccctgc
gacgatatcgaggtacagcacctgctgctcaagacggtagatcaactgcaagcagttatg
atcctctaccgtcaaggcgttcaacccaatgagggctggtggcgcactcaggtagagccg
cttttgaatgagttgcagggacggttgggggatccgacggcggaggatgatctgacactc
ctcagtggtgaggatggccagcagatgcgggtggttctttttgaaaccgaggtagaggcc
tgtctgcaacgcttggagaccgtgctgcaaacccctgggcaaccctgcctcagggaggag
ctgacgatcgccgcccaagaactggaagccctcgggcaaatgctcgaactctctcaattt
gctgagttttgtgcctccgtcggtgcctatctggagcaacccaactgtgatgtcagccag
gttggtgccagcattattcagcaatggcggcgctgccaagcccttgtgatcactgggcaa
ctggcggctttgcccacccgcttggaaacccctgaaaccgaggacgaggatcaaaccatt
attgatttaccgctggcaaacctaaatcaggaattaggggttgaggactttgccagtgcc
gaagtggaggctttctccttgggggatttattgtcccccccacccacccccacagaggca
ccttcccctgcgccaaaagctgagactaccccggtgactccccagcttctaacccaagaa
cccaaggaaatgaccgtgcgggtgccggggtatcaattggatcaactcggtgatctgatg
ggggaattgctcattgagtgtaacggtctggatttacaacggcaacgcctccacacccta
ctagcgggtctcaagcaaaaagtacgtgcccttgagcgtgccaactttcgtctgcgcaca
gagtatgaccgtgtcagtgccccccattacttgagtccccaaaaccagcatggctttgat
gtcctcgagttcgatcgctacacggatgtgcatctgctctcccaagaggtgatggaaacg
attgttcaagtgcaggaaatcaccaccgatctggaactgagcctagaggacaccgaacgc
actggccgtgatctcaaccgcactgccaagcaacttcaagctcgatttacccaagtgcgg
atgcgtccctttgccgacttggccaaccggtatccacggttagttcgggaactgagccgc
gagcatggcaaaaacgtcaatcttgtgattgagggcagccacgttctcattgaccgtact
gtgttgagtgtcttggcggatcccctcttgcaccttgtccgcaatgcctttgaccatggc
attgaacctgcagaggaacgccaagcccttggcaaacccgccgtgggaaccattactcta
aaggcagcctatcgcggcaaccgaaccgtgattactgtggcggatgatggccgaggtctc
aatccagagaaaattcgccaaagggcacggcaattgggcttagcccaagattggttggaa
actgctagcgatcgcgacctctggccactgatttttgagccgggcttttcaacggccgcg
caggtgaccagcctctccggacgcggcgtaggaatggacgtcgtgcgcactaatctgcgt
caaattcgcggggacatccagatccagagtactcccggccaagggacgcaattcacgatt
acaattccctacaccctctcagtggtgcgggcgcttttgatagaggctgccggcatgctt
ttggcagtaccaaccgaagacatcgaagaaatggtgctagccgatcgctaccctgccatt
gaaacccttggctcaaccctcattgactgggaaggctatctcattcccttgattgagctg
acccagatttttcactttcagcgtccccatcgccccgtggaaatggagggagcacccacc
attaacgaaccaaccctgatgattatcagtcaaggggacagtgcccttgccctgcgggtt
gatcgccactggagcgagcaggaagtcaccattcgccaagtcgaaggagaactagcccta
cccaagggctttagtggctgcacaattttaggaaatggccgcattgtccccctattagat
cctcttgctctctttgattggtcgcaacaggagcgtccccctgcccccgtggccagctcc
actgcccctaggcaagacaccgtccttgtggttgatgattcagtgaacgtgcggcgtttc
ctcaccagtaccctcgaaaaagccggctatcgggttgagcaggctaaagatggtcaggaa
gccattgataaactccaaggaggactgcaggtcaacgctgtgatctgcgacattgaaatg
ccccgcctcgatgggtttggcgtcctcactcaaattcgccgcattccccaatgccaaaac
acccccgtgatgatgctcacctcccgcacgggtcaaaaacaccgccagcttgcagaacgc
ctgggggcagcggcctactttagcaaacccttccgcgaaagtgacttcttggccaccctt
gatcagttgatccaccatgcttaa
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