KEGG   Crocosphaera subtropica: cce_4097
Entry
cce_4097          CDS       T00686                                 
Name
(GenBank) two-component sensor serine/threonine kinase
Organism
cyt  Crocosphaera subtropica
SSDB
Motif
Pfam: AAA_16 AAA_35 Pkinase PK_Tyr_Ser-Thr GAF GAF_2 PAS_4 PAS_9 AAA_22 PAS GAF_3 ABC1 KAP_NTPase PAS_8 Choline_kinase Kdo Rad17 Pkinase_fungal DUF5066 Sigma54_activat TPR_7
Other DBs
NCBI-ProteinID: ACB53445
CyanoBase: cce_4097
UniProt: B1WQZ3
Position
complement(4218927..4225118)
AA seq 2063 aa
MNAFNDYQIISTIYESENSLVYRAVHHLSQQPVVLKVLREDYPTPSELTRYKQEYKITRS
FNSDGVIKAYDLLPYNNTLAIVLEDFGGKSLDRLMGLQRFKLSDFLAIAIEISQTLHDIH
TANVIHKDINPSNIIYNSDTKQLKIIDFGISTQFTRETPTLQNPRVIQGTLPYISPEQTG
RMNRALDYRTDFYSLGITFYQLLTHQLPFDTKDALALVHAHLAKPPIPPHDVDSTIPKAV
SNIVMKLLAKMAEERYQEALQIKADLEHCLTQLQQTGEIAEFPLICYDVFPKLTISQKLY
GREEQLATLYSTFQRVMASETQQQQVEMLLVSGYSGIGKSVLIRELYKPITQQRGYFIAG
KFDQFKRNIPYDAVISAFKSLINQLLTESETNLSLWRNKLLEALGNNGQVMIDFIPELSK
IIGSQPAVSSLEATEAQNRFKAVFQRFIGVFCQADHPLVIFLDDLQWADTASLNLIEFIM
TQGNLDHLLLLGAYRDNEVSLHHPTMIMINRLREQGMIINDIVLDPLNLEEIEQLLADSL
YCDRSTVSPLAALVLEKTSGNPFFINEFLKTIHQENFLTFDPHKQRWQWDLTQIANSGIT
KNVVDLMITRLSKLPQKTQQTLRLAACIGDRFTISILSIISQTSHSETFDALLSAIQLGL
IQPLSALEITPDDPITADLFIENYKFLHDRVQQAAYALIDDRQKTAVHLSIGRLLRDSMN
EKDTEELFAIVDHLNQGRELIEDETEKITLAQLNLQAGQKAKESTAYAAANYYLRMAKTE
FPGDIWQKKYEMSLILYKELAEVEYLNGNLSESQHLIETALTKAQSILDRTEFYYLQIIQ
STLLGKLAEAVELGRQALQDLNIDLPKENLEAAFAAELADYEKTVEPINVSELYDHHQMV
IPEKKAAYKILIRILPAAWILNPALMYVVGTKMTNLSLKYGHMDKSPVGYSCFGVINSHR
LHNYALAYEHGALSVKLADKYNDSTSQVATRQFHAGMIMPWLKHIKLSERVNIEGIEAGL
KIGDLQPVGYSLTYNLYNLIYQGKPLESLLKEVERSLLFTQESQNQWAVNCILSAKILIE
NLMGLQGTEACFEIAEIAEIPFLETCQQQQTTAAICLYYIFKAQVLYLYDQPIPLTLLDQ
AGQWFDYIPGTISIAKHNFYDSLTRIACYPQVSVEEQQRYWQQLESNQQQMKIWADNCPE
NFLHKYLLVAAEMSRLSGQWHQAMNLYDQAIASAQENEFIQNEALANELAAKFWIERSKI
DFAELYMRKAHQAYQIWGAKRKVEQLEQTYPQWFSSEASKTNFSIITTANLLPETLDLAS
IMKASQAISEEIDLDALIAKLLKIAIENAGAQQGFLILEKQSNFIIEAQATLNDDQINRL
HIPFDQSETDSQIPLLSVAVVNYVVRTQQYLVLNNAAKEGQFMRDPYIAATHAKSVLCVP
LLNQGKLIGLLYLENNLTTDAFTASHLEVLNLLSAQAAISLQNAQLYESLRESKKTLTQI
LEAMPVGVFVINAQGNPYYANQTAQQILGKGIIAETTTEQLTQTYQAYLTGTDELYPTEE
QPIVRALNGEKVRVDNIEVRKTDQIVPLEVSASPVFDEKGQILYGITAFTDISDRRRAEA
ERTKFTQELTRKNIALEQAQQEIAQYSQNLELKVLERTQELTHTLDILKATQAELIFENE
LLKNAEQSSTFDYQVGGSLPMDAPTYVVRAADRYLYKALKQGEFCYVLNPRQMGKSSLMV
RMMHYLQQEGSCCAVVDMTRIGSEDVTPEQWYKGLAVELGRRFGLLKKVNLKAWWKERKD
ISPVQRFSQFIEDILLVEVGIENGIPPKPLIIFIDEIDNVLELNFPVNDFFALIRSCYNQ
RSFDQAYQRLTFALFGVTTPSNLITNIQTTPFNIGQSIQLEGFKEHEAQPLLQGLAEKVT
NPQTLLKEVLAWTNGQPFLTQKLCKLIRNYPSPIPTHDETQWVENLVRQQIIKNWESQDE
PEHLRTIRDRILNSQQSIQLLELYRQVIDQEAVVLTNSPEEKELLLSGLVIKQQGFLRVT
NRIYQWIFDRTWVKQQLGEVTKG
NT seq 6192 nt   +upstreamnt  +downstreamnt
atgaacgcttttaacgactatcaaattatttccacgatttatgaaagtgagaattcactg
gtttatcgggctgttcatcaccttagtcaacaacccgttgttcttaaagttcttcgagaa
gattatcccaccccttcagagttaactcgatataaacaagagtataaaattacccgttct
tttaacagtgacggggtgatcaaagcttatgatttattgccctataataatactcttgcc
attgttttagaagattttgggggcaagtccttagatcggttaatgggtttacaaaggttc
aagctttcggactttctggccatcgctattgagatttcccagacccttcatgacatccac
acagccaatgtcattcataaagatattaatccctctaatattatttataactcagataca
aaacaactgaaaattattgattttggcatctcaacccaatttacccgtgaaaccccaacc
cttcaaaatcccagagttattcaaggaaccttaccctatatttctccagaacaaacgggg
cgaatgaatcgcgcccttgattatcgcactgatttttattcccttggtattaccttttat
cagcttctcacccatcagctaccctttgacaccaaagatgctttagcattggttcatgct
cacttggctaaaccccccattccccctcacgacgtggattcaaccattcccaaagccgta
tctaatattgtgatgaaattgctggcaaaaatggctgaggagcgataccaagaagcattg
caaatcaaggcggatttagaacactgtctaactcaactacagcaaacgggagaaattgca
gaatttccgctcatctgttacgatgttttccctaaattaacaatttcccaaaaactttac
ggtagagaggaacaattagccacattatactccacctttcaacgggtgatggcatcagaa
acgcaacaacagcaggtggaaatgttgctggttagcggttattctggcattggcaaatct
gttctcattcgagagctttataaaccgatcacccaacaacggggctactttattgctgga
aaatttgatcaatttaaacgcaatattccttatgatgctgttatttcagccttcaaatcc
ctgatcaatcaactactaacagaaagtgagacaaacctcagtctatggcgtaacaagctg
ctagaagctttgggaaataatggtcaagtgatgattgactttattcctgaactgagtaaa
attatcggttctcaacctgcggtgtcatccttagaggcaacagaagcacaaaatcgcttt
aaagcagtgttccaacggtttattggtgttttttgccaagcagaccatcctctggttatt
tttctcgatgacctacaatgggctgatactgctagtttgaatttaattgagtttatcatg
actcaaggcaacctagaccatctgcttttgttgggggcctatcgtgacaatgaagtgagt
cttcatcatcctacgatgatcatgatcaatcgtttgcgcgaacaagggatgatcatcaac
gatatcgttttagatcccttaaatcttgaggaaattgagcagttattagcagacagtctt
tattgcgatcgctcaacggtttcgcctctggccgcattagtgttagaaaaaacgtcaggg
aatcctttttttattaacgaatttctcaaaaccattcaccaagaaaattttcttaccttt
gacccacacaaacaacgatggcaatgggatctaacccaaattgccaattcggggattacc
aaaaatgtggtggatttgatgattacacgactaagtaaactgccccagaaaacacagcaa
accctacgtttagctgcttgtattggcgatcgctttaccatctcaatcctctcaattatc
agccaaacatcacattctgaaacctttgacgctcttttgtcagccattcagttaggctta
attcaacccctatcagcgttggaaatcaccccagacgatcccattacggctgatttattc
attgaaaattataagtttcttcatgaccgagttcaacaagcagcctatgctctcattgat
gatcggcaaaaaacagccgttcatctctccattggcagactgttacgggatagcatgaat
gaaaaagacacagaagaactctttgctattgttgatcatctcaatcaaggacgagagttg
attgaggatgaaactgaaaaaattaccttagcccaattaaacttacaagccggtcaaaaa
gccaaagaatctaccgcctacgctgcggccaactattatttaaggatggctaaaaccgag
tttccaggagacatttggcaaaaaaagtacgaaatgtctttaatcctttataaagaactg
gcagaggtggaatatctcaatggtaatttaagcgaatctcagcatttaattgaaacagca
ttgacaaaagcgcaatccatcctcgatcgcacagaattttattatttacaaattattcaa
tctaccctgttaggaaaattagccgaggccgttgaattaggtcgccaagctttacaagac
ttgaatattgatctccccaaagaaaacctagaagcagcttttgcggcggaactagcagac
tacgaaaaaaccgtcgaacccattaacgttagtgaattgtatgatcatcatcaaatggtg
attccagagaaaaaggctgcttataaaattttaattcgtattctgccggccgcctggatt
ctcaatccagccctgatgtacgttgttggcacgaaaatgaccaatttgagtctcaaatat
ggtcatatggacaaatctccagtgggttattcttgttttggggtcatcaattcccatcgg
ttgcacaactatgccttggcttacgaacatggggcgttaagtgtcaaactagcggataaa
tataacgattcgacttctcaggtagcaacacgacaatttcacgcgggtatgattatgccc
tggttgaagcatattaaactctctgaacgagttaatattgagggcattgaagccggtttg
aaaatcggggatctacaaccagttggctatagcctgacttacaatttatataatcttatt
tatcaagggaaacccttagagagtcttcttaaagaagttgaacgcagtctgttgtttacc
caagaaagtcaaaatcagtgggcagttaattgtattttaagtgccaagattttgattgag
aatttaatgggtttgcagggaacagaggcctgttttgaaatagcagaaatagcggaaatc
ccctttttagagacgtgccaacaacaacaaaccactgcggccatttgcctatattacatc
tttaaagcccaagttctctacttatacgaccaacccatccccttaacccttttagatcaa
gctggacaatggtttgactatattccaggcacgatttccattgcaaaacacaatttttat
gattccctcactcgaatcgcttgttatcctcaagtttctgtagaagaacaacaaagatat
tggcagcaactcgaatcaaatcaacaacaaatgaaaatttgggctgataactgccctgaa
aactttctgcataaatatttattagtggcagcagaaatgtctcgtctttctgggcaatgg
catcaggcgatgaatttgtacgatcaagcgatcgcctctgcccaagaaaatgagtttatt
caaaatgaagccttagcgaatgaactggctgctaaattttggatagaacggagcaagata
gactttgctgaactttacatgaggaaagcccatcaagcctatcaaatttggggagccaag
cgaaaagttgaacaattggagcaaacgtatccccagtggttttcctccgaagcatcaaaa
accaatttctccatcataaccactgccaatcttttgcctgaaacccttgatctcgcaagc
attatgaaggcatctcaggcaatctcagaagaaattgatctcgatgctctgattgctaaa
ttattgaaaattgccatcgaaaatgctggagcgcaacaaggatttttaattctggagaag
caaagcaattttatcatagaagctcaagcaacccttaatgatgaccaaatcaatcgatta
catattccgtttgatcaatcggaaacggatagccaaattcctctcttgtcagtggctgtg
gttaactatgttgtgcgaactcaacaatatttagtgttaaacaatgcagctaaggaggga
caatttatgcgagatccttatattgctgcgactcatgctaaatctgttctttgcgtgcct
ttactcaatcaaggtaagttgataggtcttctttatctagaaaataatctgaccacagac
gcttttactgccagtcatctagaagttctcaatcttctatcggctcaggctgccatttct
ttgcaaaatgctcaactgtacgagtcattacgggagagtaaaaaaaccttaacgcagatt
ttagaagcaatgcctgtgggggtgtttgttattaatgctcaaggcaacccctactatgct
aatcaaaccgctcaacagatactaggaaagggaatcatcgctgaaacaaccacagaacaa
ttaacccaaacctatcaagcttatcttacaggcactgatgaattatatcccactgaggaa
cagcctattgtgcgagctttaaacggagaaaaggtaagggttgataatatcgaagttcgt
aaaacggatcagattgtccccttagaggtgtccgctagtcccgtgtttgatgagaaaggt
caaattctctatggcatcacggcttttactgacattagcgatcgcagacgagcagaagca
gagcgaacaaaatttacccaagaactcacccgcaaaaatatcgccttagaacaagctcaa
caggaaatagctcagtacagtcaaaacctagaactcaaagtcttagaacgaacacaagaa
ctcacacacactttagatattctcaaagcaacccaagctgaactgatctttgaaaatgag
ttactcaaaaatgctgaacaatcttccacttttgactatcaggtggggggaagtttaccc
atggatgcgccgacttatgtggtgcgtgcggcggatcgttatctctataaagccctaaaa
caaggagaattttgctacgttctcaatccccgacaaatgggtaaatctagcttgatggtt
cgtatgatgcactatctacaacaggagggaagttgctgtgcggtggttgatatgacccgt
attggtagtgaagacgttacccctgagcagtggtataagggtttggctgtggaattaggg
cgacggtttgggttgcttaaaaaggtcaatcttaaagcttggtggaaagaacgaaaggat
atttctcctgttcagcgattcagtcaatttattgaagacattctgctggttgaagttggt
atcgaaaatggtattcctccaaaaccactaattatttttatcgatgaaattgataacgtt
ttagagttaaatttccctgttaatgacttttttgctctgattcgttcttgctataaccag
cgcagctttgatcaggcttatcagcgtttaacctttgccctatttggtgtaaccaccccc
tccaatttaattaccaatattcaaaccaccccctttaacatcggtcagtctattcaacta
gagggttttaaagaacatgaagctcaacccttattgcaaggtttggcagaaaaagttacc
aacccacaaacgttgctcaaagaagttttagcttggaccaatggtcaaccttttctgact
caaaaactgtgtaagttgatccgtaattatccatctcccatccctactcatgatgaaacg
cagtgggtggaaaatttggtacgccagcaaatcatcaaaaattgggaatcccaagatgaa
ccagaacatttgagaacgatccgcgatcgaatcctcaacagtcaacaatctattcaactg
ttagaactctaccgacaagtgatagatcaagaagcagttgttcttactaacagtccagaa
gaaaaggaattactgttgtcagggttagtcatcaagcaacagggttttctcagggttact
aatcgtatttatcaatggatctttgaccgaacctgggttaagcagcaacttggcgaagtg
acaaaagggtag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   CYANOBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (21)   
   Pfam (21)   
All databases (51)   

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