| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal223_2204 |
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| Symbol | |
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| ID | 7086010 |
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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 | Shewanella baltica OS223 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011663 |
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| Strand | + |
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| Start bp | 2617691 |
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| End bp | 2620774 |
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| Gene Length | 3084 bp |
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| Protein Length | 1027 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 643461103 |
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| Product | diguanylate cyclase/phosphodiesterase with PAS/PAC sensor(s) |
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| Protein accession | YP_002358127 |
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| Protein GI | 217973376 |
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| COG category | [E] Amino acid transport and metabolism
[T] Signal transduction mechanisms |
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| COG ID | [COG0547] Anthranilate phosphoribosyltransferase
[COG4943] Predicted signal transduction protein containing sensor and EAL domains |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box
[TIGR00254] diguanylate cyclase (GGDEF) domain
[TIGR01245] anthranilate phosphoribosyltransferase |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.833171 |
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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 | 20 |
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| Fosmid unclonability p-value | 0.387508 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATACGTG AGACGCTGAA GCACTTAGTG GCAAAACAAG CATTGTCCTC AGACGAAATC
ATATCTTTTA TCAATGACGT TAATTGCGAC GATGTTAGCG AGGCTAATAT TGCAGCGTTT
TTGATGGGGT TAACATCCAA AGGCGTTACG ACTAACGAAA CCGTCGCGAT TGTACGTGCT
ATGAATGCGC ATCTTATTCC CGTTAGACCT AAGATCACCG AAGATTTACT TGATACTTGC
GGAACAGGTG GTGGCCTAAG TACTTTTAAT ATCTCAACTG CAACTGCCAT TGTTTGTGCT
GCGGCAGGTA TCCCAGTAGC AAAACATGGT AGCAGGTCAT TATCGAGTCC TTCGGGTAGT
GCAGATGTGC TGGAGGCTTT GGGCGTCAAA ATAGATCTAC AAGCACCCAT GATAGAGAAA
ATGATTGAAG AGATCGGACT CGCCTTCATA CACGCCCCTC ACTTTAATCC AGTGATGAAA
CGAATACTTC CCGTCGAAAC AACCTTAGGC ATAAAAACCA TCTTCTATTC CCTAATTGGT
CCGCTTGTTA ACCCAGCTAG CGCTCCACGA CATTTATTAG GAGTTTACCG TTCTGATTTA
CAACAAATGA CCGTTGATGC TGCCCGCGAG TTAGGACTAC GAAGGGCAAT GGTCGTTCAT
GGGCTAGATG GTTTAGATGA AGTATCACTA CTTGGTCGAA CCTGTATCCA TGAAATAGGC
ACCAATGGCA CGTCGATATA TGAGATAACA CCTGAGGATG TTGGACTAAC GCGCTGCTGT
TTACACGATA TCCGAACGTT AGGACCACGA GGAAATGCGG AGTTAATTCA GCAGATATTC
TCAGGGAAAA TGCGAGGAGC ACCTAGAGAT GCCATTCTGT TAAACAGTGC TGGTGCACTT
ATTCTGGGTG GACGAGCCAC CAATTTTCAC GAAGGCATCA GTTTAGCAGG GCACTTGCTC
GATAGCGGCT TAGTAGCGCG TAAACTGCAC GATCTTATTG AAGCATCGCA TTCTTTTCCC
GTTACGCAGC CACTTAAAAA AGAAAACAAA CATTTACGCA CTGCAGAACG GACTTGGCAA
GGCATGCTTG CTGCATCACC CGATGGCATA TTGATCATAG GTAGCGATGG AATAATCGAG
CAGGCTAATT TGCTGGCATG TGCTCAGCTA GGAATTGAAT ACCAAGAGGT TTCGGGACGT
TCATATGGTC AGTTACTGAG TGCCGAGACA GCTTTAGTGC ATCTTGATAA CATCAAGGAG
GCTATCTCAA CAGGAAAAGC TATCCGCTGG GATGATAGTT TAGACCATTC ACATTTGGGT
CTAACGGCAA TTCCAATTGA CGATGGCAGC GGGGTAATAT TGATCTGTCG TGATCTGACA
CAACAGATGC ATATTGCAGC GTCAGAAAAA GATAAACGCG CACGTTTGAA GACACTCATC
GAAACGTTGC CCGATCTAAT TTGGTTAATG GATACAAATG GTTGTTTGTT AAACTGCAAC
AGTAAATTTG AAAATTTAGT TGGGTTAGCA GAAAGTCAGC TCAAAGGACA TTCAATCCAA
GATATCTTGC CACAAACTAT CGCGAAAACA CTCCAAGATA ATGCGACTCA AGTTTTATGG
CGTAAAGCTG CCGTACATTC TCGAGAGTGG TTTACCTACG CCGCTGACAA ACACCGCGAA
TATGTTGAAA TAATCCTAAC ACCATTCATC GATTACCTTG GCGACATTAA GGGCATAATG
TGTGTTGCAC GTGATGTCAC GGCTTTTCGC TTAAACGAAG AAGAGTTAGA ACGGCAAAAG
CTATCCCTAA GAGAGCTCCT TTACACGGAT AAACTAACGG GTTTACCCAG CAGGCAGGCT
CAGCTTGAAC ACATTGAAGC ATTAGCGGCA AATAATTCAA CATTCTCAAT TATAGGCATT
TCACTTAACC GATATTCTCG CGTGATCAGT AATTTTGGTC TTGCTATGAG TGAATTGTTG
ATTATCAAAG CCGTTAGCGC GATTGCAGAG GTGATCCCTG AAGGCTGCCA GTTTGGCTCT
TCAACTGATA TACGCTTTTC AATTGTCGTC GCTAATGTCG TTGACCCCAA TATTCTTGCT
GATATTGCTA AGAAAATTAT TGATCGTATG TGTATTCCTC TGAAAATAGA TGACGCCACC
GTTTTCGTTA ACATTTCAAT CGGCATTGCA TCCTATCCAA CACATGGAAA CAGTACCGAT
CTGGTTATCC GTAACACCTA TATCGCACTT ACTGAAGCGG AGCAAATTGA TGGCTCTGCG
ATGCACTTCT TTGAATCGAG TATGCTAACG AAAGTGCAGC AGTTGCAGTG GCTAGATCAA
AATCTGAGGC TGGCATTTGA AAAAGATCAG TTTGAACTTC ACTATCAACC TAAAGTCAAT
TTAACTGATA ACACGATACA CAGTGTCGAA GCGTTAATTC GCTGGGTGCA TCCCGAGCGA
GGAAATATTC GGCCCGATGA ATTTATTAAT CGCTGTGAAG CGAATGGGTT AATCATTCCG
ATTGGTAACT GGGTGATCAA TACCGCGGCT CAACAAGCAG CCATTTGGTG TGAACAAGGT
AACCCATTGA GAATTGCGAT TAACCTTAGT GTCAGTCAAC TTGCGGACCC AGAATTGATC
TGTAGACTAA GAACGGCGCA AACGCAGGCT TCTGGTTTGC TGGATATTGA AATCACAGAG
AGCTGCCTGA TAAGTAACCA AGCTGGGATG TTGGAATTTA TCAATCAATG CCGTGAATTA
AAGTTTGGTA TTCATCTAGA TGATTTTGGT ACGGGGTACT CTTCATTGTC AGTCTTAGCC
AGTTTGCCAT TGACGAATAT TAAACTGGAT AAAATATTCG TCCAAAGAAT AGGCAAAGAG
GGCAATGGTG AACCTCTGTT GAAATCTATG ATTAGCATGG CAAAAGAACT CGGTATTGCA
GTCGTTGCTG AAGGGGTAGA AACCCAAAGC CAAGCAGATT TCCTAAAAGA GCAAAGGGTT
TTAATGGCGC AGGGCTGGCT CTATGCCCCC GCAATGAAAG CGAACACATT GAATGCTTGG
CGAACTGAGT TTTTAACGCA TTAA
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| Protein sequence | MIRETLKHLV AKQALSSDEI ISFINDVNCD DVSEANIAAF LMGLTSKGVT TNETVAIVRA
MNAHLIPVRP KITEDLLDTC GTGGGLSTFN ISTATAIVCA AAGIPVAKHG SRSLSSPSGS
ADVLEALGVK IDLQAPMIEK MIEEIGLAFI HAPHFNPVMK RILPVETTLG IKTIFYSLIG
PLVNPASAPR HLLGVYRSDL QQMTVDAARE LGLRRAMVVH GLDGLDEVSL LGRTCIHEIG
TNGTSIYEIT PEDVGLTRCC LHDIRTLGPR GNAELIQQIF SGKMRGAPRD AILLNSAGAL
ILGGRATNFH EGISLAGHLL DSGLVARKLH DLIEASHSFP VTQPLKKENK HLRTAERTWQ
GMLAASPDGI LIIGSDGIIE QANLLACAQL GIEYQEVSGR SYGQLLSAET ALVHLDNIKE
AISTGKAIRW DDSLDHSHLG LTAIPIDDGS GVILICRDLT QQMHIAASEK DKRARLKTLI
ETLPDLIWLM DTNGCLLNCN SKFENLVGLA ESQLKGHSIQ DILPQTIAKT LQDNATQVLW
RKAAVHSREW FTYAADKHRE YVEIILTPFI DYLGDIKGIM CVARDVTAFR LNEEELERQK
LSLRELLYTD KLTGLPSRQA QLEHIEALAA NNSTFSIIGI SLNRYSRVIS NFGLAMSELL
IIKAVSAIAE VIPEGCQFGS STDIRFSIVV ANVVDPNILA DIAKKIIDRM CIPLKIDDAT
VFVNISIGIA SYPTHGNSTD LVIRNTYIAL TEAEQIDGSA MHFFESSMLT KVQQLQWLDQ
NLRLAFEKDQ FELHYQPKVN LTDNTIHSVE ALIRWVHPER GNIRPDEFIN RCEANGLIIP
IGNWVINTAA QQAAIWCEQG NPLRIAINLS VSQLADPELI CRLRTAQTQA SGLLDIEITE
SCLISNQAGM LEFINQCREL KFGIHLDDFG TGYSSLSVLA SLPLTNIKLD KIFVQRIGKE
GNGEPLLKSM ISMAKELGIA VVAEGVETQS QADFLKEQRV LMAQGWLYAP AMKANTLNAW
RTEFLTH
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