| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VSAL_I1222 |
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| Symbol | |
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| ID | 6986909 |
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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 | Aliivibrio salmonicida LFI1238 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011312 |
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| Strand | - |
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| Start bp | 1329187 |
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| End bp | 1331943 |
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| Gene Length | 2757 bp |
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| Protein Length | 918 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 643379595 |
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| Product | outer membrane protein |
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| Protein accession | YP_002262694 |
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| Protein GI | 209694766 |
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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 | 2 |
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| Plasmid unclonability p-value | 0.0413345 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAAGATAT TTCTTACTGG ATTAACGTTA TTGATTGCAG TTCCGACTCT TGCGCATTCA
GCGCCATTAG TAACGCCTAA TCAAGCAGGT GTTGCACAAG ATCAGGATTA CTACACCCAA
GACGTGCGTA ATACTCGCCT TATTTTCACC GAAGAAAACA AACAGCACGC AGAGCATGCT
GCAAGTATTG AAAGCATATT ACAGCCAGCT TATGAGGACA CCTTTGGGTA TCAAATGGAT
GACCGTTTAA ATGTCGGTTT GATGTCATCT TACAATCAAA TCGCTAATGG TTTTTCAACT
CAATATCCGC TCAATCGCCA AATCAACTAT ATGGGTGGCG CACAACTTCC CGACTATTTC
TCATCAAGCT CTTGGCTCGA TACCTTGTTA TTTCATGAAA CGGCTCATGA TTATCAAATG
AACGCCAAAG ACAATGTAGT CTCTAAGTCG ATGTTTGCAG TTCTTCACAA TGGTTCTATT
GGACCTATTG GTCTTATTCC TGCGGTATTA CCTAACTCAA CCGCTTCAAG CTTTATGCTT
GAGGGTAATG CGGTTTTAAA TGAATCTTGG CATGGTCAAG GGGGGCGACT TTATAGTGGT
CGATACCGAG CAATGACACA TGTACACGCT AAAGCCGGTA ACTTATCGCC AGAGCGCCTT
TATAACGACA GCCTTTTCTT CCCGTATGGA GAGAGTACTT ATGTTTTCGG TTCTCAGTAC
CAATATTATC TAGCAGAAAC TTACGGCCTA GATGTCACTA ATAAGTTCTT CAAAAACCGC
TCTCAGCATT GGTTATGGCC TTTCCAAGTC AACAAACCAA TGAAACAAAC GGTTGGAGAA
GATTTTGATA CCACGTTTGC GGCGTGGGTT AAACAAGAAG CCCAAGAAGC AAAAGAGATG
CAATTGGCGC AAGGGGAAAT CGTTGCGCGT TCTAAATACT ATGGTGAACT CAACACCCAA
CAAGGCAATA TTCTTTTCTT AACCAACCCT ACCGCGGTTC GTGCGCCAAC GCTTGTTCAT
TATGATTTAA CCAATAATGA AGTAACAAAA GAAAGCAGCA GCCTAGATAT GGGGAAAGTC
TATTACAACC AAGATAAATA CTATACGGTT TCAGGACGTC GTACTTCGGT TTGGCGTACG
ACTCAAGGTT TATTTAATAA CGATGCTCAA ATTAAAGAAG GCAGCGAAGG CCGAGTTCAT
CAAGGCTATA TGAGCAACGG CAAAGACGTG TATTTCAAAA CCACGGAGTC TTTTGTTCAA
CCTCAACTCT ATGTTGGCGA CAAGTTTTAC AGCGCTGTTA ATTCATCGGT TTTAGTTAAA
AATGACAACC TCTATTACTT TGTCCAAAAA GGCAATGACC GCACGTTATA TCGCAACAAA
GAAGCGCTCT TAACCCTACC CGCTTTCTAT ACCATCGTTA AAGATGTGGA TAGCTCAGGC
AGAGTTTACT TTATCGCAAA CACTGAAACA GGTAGCTCTC TTTATCGAAC TAAAGATGGC
AAAGTTGAGC GTGTGCTTAG TGCAGACAAC GTGATTGATG CCCGATTGAT TAATGATGAC
AAGGTACTAG CAACCGCGAT CTCTGCAGAT GATTACTATT ATGTTGTCGA AGATATGGAG
ATAACGGAAG AAGCGCCTTA TCAAGTTAAG CTTTTTTGGG ATGACAAAGG CGGTCTAGCC
GATCAACAAC AACAAAAATT AGCCAACCTT GAAGACAAAC AGCTCAATAC AGACACCTCT
TATGGACTGT TCAACAACAT TCATTACAGC CGAGGTGCAT TAACGGTTGG AGCAGCAACA
GAGAAAGACG ATAACGGCGA GAGTAAACAA AAACTACGTT ATAACGCGAC GTTTGAGTTT
ACTGATCCTC TAGAGCGCAG CACCTATAGT CTTTGGGCAA TGAATGATGA TGAATACAGT
GATTTGATCG GTGCTGGTTT CAGCAATAAT CAATTTTTCA TTATGGGTGG TGTTCGTGCT
TATTATGTCT TAAATGATAA TTACTCTGAT AATAATATCC AAAAAGATCA GACTCGCAGT
AGCGGTGTTG CTGCTCAGTT ACGTTTGCCT TTCCTGCAAA CAGGGTTTTG GAATGCGGAA
ATCTCGAGTA ATTTCTATCA AGATTACAAA TTAGATGAAC GTGAACCTTT ATCTGCTCAG
TTAGATATTT CTCGAACAGA GCATTACGGT AATAGTTGGT TATTAAACAA AGAAGCCGCG
GTTTCACTCT ATGGCGTTCA AGACCGACAC GATGCTATTC ACGGTGCTTC GCTGTCTTTT
GGCACTGATT TACCTTCAGA GTTTTACATT AACTTATCAG GAAAGTATTC AGGCAGTGAT
ACAAACAAAG CAGGGATATA TGAGCGTCGA GGTGTAGAGC TAACACAAGG CAGTGATTTT
ATAAATAACG ATCCTAGTAG CTTTATTATG CCGTCACTTA AAGACGATGC TTTTGCTGAA
ACTGCTAGCT TGGCTGAGTT AACACTTTCA AAAGTGATTA ACCTATCAGC TTATTCTTTC
AAAGGCCCAA TATCATTGCG TCGTGAGATG ATTGAATTTT CTTACCGACG TTATGATTTA
GGCAATGTAA ATACTCTGGG TGACGTAGCT ATTAACCAAG GCGTTGTTGG GCTTCATTTT
GATACCTTAA TAATGAATGT ATTGCCTATT GGATTTTACA CTCAATATAT TCACAATGAT
GAAAACCCAA TCACTGATAA GAACAGCTTC CAAGCCGGAT TATCCGTTCC ATTATAA
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| Protein sequence | MKIFLTGLTL LIAVPTLAHS APLVTPNQAG VAQDQDYYTQ DVRNTRLIFT EENKQHAEHA
ASIESILQPA YEDTFGYQMD DRLNVGLMSS YNQIANGFST QYPLNRQINY MGGAQLPDYF
SSSSWLDTLL FHETAHDYQM NAKDNVVSKS MFAVLHNGSI GPIGLIPAVL PNSTASSFML
EGNAVLNESW HGQGGRLYSG RYRAMTHVHA KAGNLSPERL YNDSLFFPYG ESTYVFGSQY
QYYLAETYGL DVTNKFFKNR SQHWLWPFQV NKPMKQTVGE DFDTTFAAWV KQEAQEAKEM
QLAQGEIVAR SKYYGELNTQ QGNILFLTNP TAVRAPTLVH YDLTNNEVTK ESSSLDMGKV
YYNQDKYYTV SGRRTSVWRT TQGLFNNDAQ IKEGSEGRVH QGYMSNGKDV YFKTTESFVQ
PQLYVGDKFY SAVNSSVLVK NDNLYYFVQK GNDRTLYRNK EALLTLPAFY TIVKDVDSSG
RVYFIANTET GSSLYRTKDG KVERVLSADN VIDARLINDD KVLATAISAD DYYYVVEDME
ITEEAPYQVK LFWDDKGGLA DQQQQKLANL EDKQLNTDTS YGLFNNIHYS RGALTVGAAT
EKDDNGESKQ KLRYNATFEF TDPLERSTYS LWAMNDDEYS DLIGAGFSNN QFFIMGGVRA
YYVLNDNYSD NNIQKDQTRS SGVAAQLRLP FLQTGFWNAE ISSNFYQDYK LDEREPLSAQ
LDISRTEHYG NSWLLNKEAA VSLYGVQDRH DAIHGASLSF GTDLPSEFYI NLSGKYSGSD
TNKAGIYERR GVELTQGSDF INNDPSSFIM PSLKDDAFAE TASLAELTLS KVINLSAYSF
KGPISLRREM IEFSYRRYDL GNVNTLGDVA INQGVVGLHF DTLIMNVLPI GFYTQYIHND
ENPITDKNSF QAGLSVPL
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