| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal223_2131 |
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| Symbol | |
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| ID | 7085937 |
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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 | 2531739 |
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| End bp | 2534858 |
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| Gene Length | 3120 bp |
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| Protein Length | 1039 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 643461034 |
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| Product | phage integrase family protein |
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| Protein accession | YP_002358058 |
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| Protein GI | 217973307 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.075091 |
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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 | 23 |
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| Fosmid unclonability p-value | 0.99757 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCAACCA CTAAAGTCAG TGCTTTCATA ATCCAGCTAT CAAAAGAGGG GAAGCTACAT
CCATTATACA TAGAATGCCG CACCGCATTT TTAAACAGCA TATCGCCATC TATTGCTGTA
AAAAATAAAA AGTCAGAAAA AATTGAAAAC GAATTTTTTG CATCCTATCA CAATCTGCTT
GGGCATCTAA AAAAGGAGAT TAAACTTTCT GATAACGCTT TTGTACCAGA AGAGTTAGAA
AACGTGCTTG CCGCATTGAA GCCTGAAGTG CTAAGCAAAC AAGCACAACT TCTCATACTG
CAATCTATAC TCAACTATGC CAAAAAGTTC TTAGACATAG ACTCGCCAAA CATTCCTTCA
ATCATCACGT TAAAACGTGA TAAACCGATG TTGACCCCGG TAGATTTGAC AAAATTACCC
ATAGTCGAGC TCATTAACAC TCAATTAAGC AGGGAGTTGA TAGCGCCTCA TAGAGATTTA
GATGACAAGG CTAAGTTGGG GAGACTATTA CTCGTCTTAT ATTACACAGT GAACATAGAG
AAAACTGAAC ATTTACAGCT TATGGTTGAA TACCCACAGG ACATATTCTA CGTGGGAGGA
ATTTGTTATT GGCAATGCCA AAATATCAAA ATAAATTCGC CACGGTATGT GCTAAGTGAT
ATGGCTGTCA TGGCCTTACA GCAATGGCAT AATGTGCACC ATAGCGCGTC TTTCGCAATA
AAGCCCAGTC AGTTCAAAGC TGCTTTAGTG CATTATCTTA ATTACGGATC GTATTTCGAT
TGGTCAGATA TATCACTATT GAAGCTAAGG GTGCTGCGAC GAATTGATAA CGTCCTCCGT
TATGGCCCGG TTCAATATCG TATGTACATG TTACCTGGCG TTTGCCAGCC ATTGCCCACA
CATGCGTTTG TACGTATCCT GACAGGAAAA GTTTATGCAA ACGCCGAACC GTACCTTTCA
GAAGCCATTT CTGATAAAAC CAAGGCTTTT CGTGATTGGT CCGTTGTCAC GAACGAGAAA
ACTTCTTTTG TGTCGATGGA AAAGACCCTC GAACAATTAG ATAAGGTATA TACCGAGCTC
TGTAAACTTG TAGATAGCAA CAAACCTCGA GCCGATTGTC TTGGGGCTAT AGCAATCATT
CTGGATCAAC AATCATCTAA GAGTAATCCA TACTTTTGGA TTTTATGTGC ATGGCTGTAT
TCGTTACTAA AGACAGGTGG TACGCACAAG CGGCGGCTAA AAGTCTCGAC AACTATTGAT
TATGTCAAAA GTTTAAGCCG GCCATTTCTA ATCATTTTTT GCACAAGCGA TATTTACTTA
TTGTCTGGTG AGGATTGGGC TGAGAAATTA AATGATGCTG CTGACCATTT TTCTTCGGCA
CAGCGAAAAA AATATATCTA CTATTTTGCG CAGTTTCTGA GTGATTCAGG CTTTGTTCGA
GATTTATGTT TATCTGATAT TGAGGTGTTT GGGAGCTCCA GTGAGGTAGA TAGCAACCTG
ATTTCCCATG AGCATGTGCA AGTCATGTTG TCCTATTTAG ATCATCAATC GGCACATTGT
CCGGCGCACC ACGATGCCTA TTTTCTTTTG TGTTTCTGTT TTTACAGTGG ATTACGTCGA
AATGAAGCCG CCAAGTTAAC CTGGGGGGAT TTTACATTCT CTCTGACTGA ACCAACCCAT
AACAACTTTG ATTATGTTCA GCTTTCAGTG AGACCTAATA AACATAGGAC ATTAAAAACG
ACCTCCGCCA GAAGAGAGTT ACCTTTAGAC GCTTTGTGGC CGAAAACGGC ATTGAGTAAG
TTGCGATACA CTTATCGAAT CGTCAATGGA GCAGGGGCTA AGAATAGCAC TTTACTGTTT
GATAATCAGA GAAGAGTGAA TCAGGCTTAT GACTTAATAA CAGACTTAAT GCGTCATTAC
ACCCAAGATC AAAGTTTACG TGTACATCAT TTACGACACA GTTTTGCTAA TTGGACCTGG
TGTCGTTTGA ATGCCAGCAT CATAGATACG GGCAGGCGAC ATTTGACCTT GTTCAATGAT
GAGTTTTTTG ATGAAAAGTA TCTAAAAAGG TTGCAAACTC GTCTTTGCTA TAGTGATAAC
ACCCGCAAGA AAATGTTTAT CCTGTCTCAT ATGATGGGCC ATAAAGACGT GCAATCGACG
CTAAATAGTT ATCTTCATTT AAAAGACCTA CTGTATTACC TGCAGCACAA TTCGCGCTTT
GAACTGACCA AATACTTTAC ATCAGAGTGC GTGGGTCGTG TGACACTGCA ACCCCTTGAA
CCAGGATTGA GTCTAGCTGA ACGCATAACG TACTACACTC AGGACGTAAT GCACAAACTT
GCCATTAAAC CAGCTCAACA AACAGTCAGC CTAGTGATGC CAAGTTTAGC GAACTTCTCT
GTCAATATAA AAACAGACTT AACTATCAGT AGCTTAACTT GGGCCAAAGC ATTAAATGCG
TTACATACAT CATCGACCAC CGAAGTTGCC GCGCACTATG TGGTTCCATT AGATCAATTA
CAAAAGTTAC TCAGTAATGC CGAGGCTATT CATAAGAATT ATCCTCGCAG AGGTAGGCAC
TTACCCTTAA TCCCTAAGTT TCCGCGTATA GACGTTTCAG TTGTTAACAT CCAACAAAAT
AAACATTTAG CTAATTCAAC ACGTGTGTTT ATCTTTTTAT GTAATAAATT GGATAACAAC
ATTAGTGAAG GTTCATTGAC CTTAGAAAAT ATTCGCCTAG GGATAGAAAT TTTGCGGTAT
GCGGTTCCCG GTAAAAATTA CGCCTTACGC TGTCCAGACT CAAATATTTC AAGAATGTTT
ATCCGCCTAT GTCAATTGCT GGATTTAAAA GCCAGGCATT TACAGTTTCG CTATCATAAT
GCAAACCTAG CCCCTGAAAA GTCTAATCTT ATCCAGGCTA GATGGAGGAA GACACTTATC
AAACATGGTT TTAGTGACAC TAACTTTGTC GTTGCTAGTG AGAGTGAAGG GCTTTATTTA
GGCAAGCATG ATGGTAATGG GTTTCTAGAG ATAGCCGTAG TTAACAATTC ATATAAGCGA
ATACAAAGAT ATCAAAGCAT ATTCAGTTTT TTACATTTGC TGCTTATTTT GAGCTATTGA
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| Protein sequence | MATTKVSAFI IQLSKEGKLH PLYIECRTAF LNSISPSIAV KNKKSEKIEN EFFASYHNLL
GHLKKEIKLS DNAFVPEELE NVLAALKPEV LSKQAQLLIL QSILNYAKKF LDIDSPNIPS
IITLKRDKPM LTPVDLTKLP IVELINTQLS RELIAPHRDL DDKAKLGRLL LVLYYTVNIE
KTEHLQLMVE YPQDIFYVGG ICYWQCQNIK INSPRYVLSD MAVMALQQWH NVHHSASFAI
KPSQFKAALV HYLNYGSYFD WSDISLLKLR VLRRIDNVLR YGPVQYRMYM LPGVCQPLPT
HAFVRILTGK VYANAEPYLS EAISDKTKAF RDWSVVTNEK TSFVSMEKTL EQLDKVYTEL
CKLVDSNKPR ADCLGAIAII LDQQSSKSNP YFWILCAWLY SLLKTGGTHK RRLKVSTTID
YVKSLSRPFL IIFCTSDIYL LSGEDWAEKL NDAADHFSSA QRKKYIYYFA QFLSDSGFVR
DLCLSDIEVF GSSSEVDSNL ISHEHVQVML SYLDHQSAHC PAHHDAYFLL CFCFYSGLRR
NEAAKLTWGD FTFSLTEPTH NNFDYVQLSV RPNKHRTLKT TSARRELPLD ALWPKTALSK
LRYTYRIVNG AGAKNSTLLF DNQRRVNQAY DLITDLMRHY TQDQSLRVHH LRHSFANWTW
CRLNASIIDT GRRHLTLFND EFFDEKYLKR LQTRLCYSDN TRKKMFILSH MMGHKDVQST
LNSYLHLKDL LYYLQHNSRF ELTKYFTSEC VGRVTLQPLE PGLSLAERIT YYTQDVMHKL
AIKPAQQTVS LVMPSLANFS VNIKTDLTIS SLTWAKALNA LHTSSTTEVA AHYVVPLDQL
QKLLSNAEAI HKNYPRRGRH LPLIPKFPRI DVSVVNIQQN KHLANSTRVF IFLCNKLDNN
ISEGSLTLEN IRLGIEILRY AVPGKNYALR CPDSNISRMF IRLCQLLDLK ARHLQFRYHN
ANLAPEKSNL IQARWRKTLI KHGFSDTNFV VASESEGLYL GKHDGNGFLE IAVVNNSYKR
IQRYQSIFSF LHLLLILSY
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