| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmar10_2218 |
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| Symbol | |
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| ID | 4285080 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Maricaulis maris MCS10 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008347 |
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| Strand | - |
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| Start bp | 2419485 |
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| End bp | 2422697 |
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| Gene Length | 3213 bp |
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| Protein Length | 1070 aa |
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| Translation table | 11 |
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| GC content | 61% |
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| IMG OID | 638141720 |
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| Product | PAS/PAC sensor hybrid histidine kinase |
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| Protein accession | YP_757448 |
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| Protein GI | 114570768 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase
[COG2204] Response regulator containing CheY-like receiver, AAA-type ATPase, and DNA-binding domains |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 33 |
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| Fosmid unclonability p-value | 0.0765203 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCGGAAA TTTGCGAAGA AGATCGCCTT GCAGCACTGC ACGCGCTGGG ACTGCTCGAC
ACCGGTGTAG AGGCGGGATA CGAGGCGATT ACCGATCTGG TGACAGCGGT GACCGGTGCT
CGCATGGCGG CCGTCTCGCT GGTCGATCGT GATCGGCAAT GGTTCAAGTC TGCCGTCAAC
CTGCCGGCCC CGGAGACACC GAGATCCTGG GCATTTTGCC ATTACGCGAT CCAGCAGGAT
GATATCTACG AAGTGCACGA CGCGCGGGCC AATCCGCTGT TTGCAGACAA TCCACTGGTC
ACGGGCGAGC CCCATATCCG CGGATATGCC GGCGTGCCGA TCAGTCTCCC GACGGGGGAG
AAACTGGGCA CATTGTGTGC GATCCATGAT GAACCCCTGA CCCTGGATGA GACCGCACGA
AACCGCCTCA TATCATTGGC GCGGCTGATC GAGGAACTGA TCCGGGAACG CGTCGGCGCG
CGTGAACACG AGCGCCTCGC ACTGGTTGCC CGCCACACCC ACAACTCGGT CGTGATCACG
GACCGCGATG GCGTGATTGA CTGGGTCAAC CCGGCCTTTG AACGCTTGTC CGGCTACAAG
CTTGCGGAGG TCCGCGGTCG CCTGCCCGGC ACTTTCCTCC TGTGCCCGAA TTCCGATTCC
GGGGCCGTAA AGGCGCTGGC GGAAGCCGTC CGGGACGGCA GGGAATGCCA AGTGGAACTC
GTCAATCGCG CCAAGAATGG TGCCGAGTAC ACCATTCTCA TCGAATTGAC GCCCATTCGG
GACGAAGACG GTTGTTGTAC CGGTTTCATG TCCGTCCAGA CGGATATCAC CGCGCAGATC
GAGACGCGTG AACGGCTGAG CCGGGCGCTG CGGGAAAGCC AGTCCTTGAT GGACGTCATC
CGGCAACACA CTGTGTTCAG TGTGACCGAC CCGGCGGGTG TCGTCACCGA TGTCAATGAC
GCGTTCTGCC AGCAAAGCGG TTACACGAAA GAGGAAATTC TCGGCAAGAC GCACCAGACC
CTGCTGAGCT CCGGCATGCA TCCGGACGCG TTCTGGGTCG AGATGCGGTC GACGATCAAG
GCCGGCCGGC CCTGGCGCGG GGAAATCTGC AATCGCAACA AGTCCGGCGA GCTGTTCTGG
GTCGATTCCA TCGTTGCGCC GCAGATGAAT GCGGGCGGCG AAATCGAACG CTACATATTC
ATCCGCTTTG ACATCACGAA CCGCAAACAC ATCGAAGCTG GCCTGGCCGC CAGCCAGAGG
CAGCTTGAGG CATCGCTGGA ACGACTCTCG GCAGTCACCG AATTGGGCGG AATCGGGAGC
TGGGAAGTCG ATCTCGACAC GATGACGCCG ATCTGGGACG ACATCACCCG CAAAATCCAC
GAAGTGGATG GGGACTACGT TCCGAACATG GATACCGCGA TCAATTTCTA TGCACCGGAA
AGTCGCGGGC CGATCTCGGA CGCGGTTGCA CATTGCGTTG AAACCGGCGA GCCGTGGGAT
CTGGAGCTGC CGCTCATTAC AGCAACAAAC AGGCGTATCT GGGTTCGCGC GGTCGGTCGC
CGCGTGCTCC GGGACGGGAA ACCGATCCGC TTGGTCGGCT CGTTCCAGGA CGTCTCCGAA
CGTCGTGAGC GCGAGGAAGA ATTGCGCCTG ATTTCGACCA GGCTCGAAGT CGCACTCGAA
AGCTCAGGCA TCGGCGTCTG GGACATCTGC CCGCCAACCG GTGAATATCA CTGGGATGAC
GGCAGTCGTC GCTTGTTCGG AATCGATCGT GATTCGGCCA ATCCTGCGCC GGACGACTGG
TTCAACGGCA TACACCCGGA TGATCGTGAG GCGGTGTCCG CCGGCCTGGC TAACGCCTAC
GCAACCAAGA CCCATGTCCG TCGGGAGTAT CGTTATCGCC GGTCCGACGG TGGCTACCGG
CACATCCGCT CTTTCGGTGT CTATCGGGAA CGCCTTGATG CGCCGCCGAT CATCACCGGC
GTCCATTTGG ACGTGTCAGC CGATATCGAG CAGGCCGCCG CCCTGGAACT GGCCCGCGAA
CGGGCTGAGA GCGCCAGCTA CGCGAAATCC CAATTCCTGG CGAATATGAG CCATGAGATC
CGGACGCCGC TCAATGGCGT TCTGGGCATG ACGCAGGTCC TCCACATGAC CGAGCTGACA
GAACAGCAGT CACGGCATGT CGAAACCATT CGCAGTTCCG GCCAGGCCTT GGCGGACCTG
ATCGACGATA TCCTGGATAT CTCGAAGATT GAGTCCGGCA TGATCGAGCT TGAGCAGCGG
GCGTTCGAGA TGCCGGAATT GGTTGCAATG GTCAGCGACA TCACGCGGCT GCGTGCGCAA
GAGAAACAGC TCGCGTTGGA TATGTCCCTG GCGCCGGATG TCGCAAAAGT TGTCGTGGGC
GATGAAAAAC GGTTGCGGCA GATCCTGATC AATATCGTCG GCAATGCGGT GAAATTTACC
GACAGTGGCC GGGTCAGTAT CGATATCCGT GCCGGGGCCG AGGACGTCGT CGAGTTTCGG
ATCAGTGATA CCGGGCCGGG TATCGAGCCG GATCATCTGG CCAGTATTTT TGACCGCTTT
GCCCAGGCAG ATAATTCAAT CACGCGCCAA TATGGCGGCA CCGGGTTGGG ACTGGCAATT
TGCCATGAAC TGGTGACCTT GATGGGCGGC GAGATCGGTG TCGAGAGCGT GCCCGGCGAA
GGCTCGACCT TCTGGTTCAA ACTTCCCCTT CCAGCCGCCG ATGACAAAAA ATTGTCCAAG
AAGCCGATGA TGACCTCGGG CCGGTCCGGT GACGACAATA CCGGACGCCG GATACTGGTG
GTCGACGATG TGCCAGCGAA CCTGATGGTG CTTACCGCCC TGCTGCAGAA CAACCAGTAT
GAGATCATGA CGGCGTGCAA TGGGCGTGAA GCCCTCGACC TGCTCGATGC CAACCATTTT
GACGCCGTGT TGATGGATAT CCAGATGCCT GTAATGGCGG GAGACGAGGC GATCCGGCGC
ATTCGGGCGT CCGATGCCGA CCATGCCGAA ATCCCGATTT TTGCCCTTAC CGCCGACGCG
ACCCGGGCCA CACGTGAATT GTGCACACGT ATCGGCGCGA CCGGCTATTT CACCAAGCCG
CTGAATCTGC CGGACGTGCT GGACGCCTTG CGGCGCGAGA CGGCGGACGC GCCTGGCGCG
GGGACAGGTG GTGGGCGGTC GCGCTACGGC TGA
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| Protein sequence | MPEICEEDRL AALHALGLLD TGVEAGYEAI TDLVTAVTGA RMAAVSLVDR DRQWFKSAVN
LPAPETPRSW AFCHYAIQQD DIYEVHDARA NPLFADNPLV TGEPHIRGYA GVPISLPTGE
KLGTLCAIHD EPLTLDETAR NRLISLARLI EELIRERVGA REHERLALVA RHTHNSVVIT
DRDGVIDWVN PAFERLSGYK LAEVRGRLPG TFLLCPNSDS GAVKALAEAV RDGRECQVEL
VNRAKNGAEY TILIELTPIR DEDGCCTGFM SVQTDITAQI ETRERLSRAL RESQSLMDVI
RQHTVFSVTD PAGVVTDVND AFCQQSGYTK EEILGKTHQT LLSSGMHPDA FWVEMRSTIK
AGRPWRGEIC NRNKSGELFW VDSIVAPQMN AGGEIERYIF IRFDITNRKH IEAGLAASQR
QLEASLERLS AVTELGGIGS WEVDLDTMTP IWDDITRKIH EVDGDYVPNM DTAINFYAPE
SRGPISDAVA HCVETGEPWD LELPLITATN RRIWVRAVGR RVLRDGKPIR LVGSFQDVSE
RREREEELRL ISTRLEVALE SSGIGVWDIC PPTGEYHWDD GSRRLFGIDR DSANPAPDDW
FNGIHPDDRE AVSAGLANAY ATKTHVRREY RYRRSDGGYR HIRSFGVYRE RLDAPPIITG
VHLDVSADIE QAAALELARE RAESASYAKS QFLANMSHEI RTPLNGVLGM TQVLHMTELT
EQQSRHVETI RSSGQALADL IDDILDISKI ESGMIELEQR AFEMPELVAM VSDITRLRAQ
EKQLALDMSL APDVAKVVVG DEKRLRQILI NIVGNAVKFT DSGRVSIDIR AGAEDVVEFR
ISDTGPGIEP DHLASIFDRF AQADNSITRQ YGGTGLGLAI CHELVTLMGG EIGVESVPGE
GSTFWFKLPL PAADDKKLSK KPMMTSGRSG DDNTGRRILV VDDVPANLMV LTALLQNNQY
EIMTACNGRE ALDLLDANHF DAVLMDIQMP VMAGDEAIRR IRASDADHAE IPIFALTADA
TRATRELCTR IGATGYFTKP LNLPDVLDAL RRETADAPGA GTGGGRSRYG
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