| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal195_0622 |
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| Symbol | |
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| ID | 5752339 |
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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 OS195 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009997 |
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| Strand | + |
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| Start bp | 745401 |
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| End bp | 748325 |
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| Gene Length | 2925 bp |
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| Protein Length | 974 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 641286884 |
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| Product | Ig domain-containing protein |
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| Protein accession | YP_001553060 |
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| Protein GI | 160873744 |
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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 | 13 |
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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 | 7 |
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| Fosmid unclonability p-value | 0.152382 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTTTACC CAGGCATCAA GTCGTACCAA GCGCTAACCG CCATTTACCT TGTGCTTTTA
CTTGCTTTGT TCGGGTGCGG CTCCGACTCC GACCAAGATG CCGCACCGAC TGTGACGTCC
ACAGCAACGA CCCTTGCGGC ATTAAATGGC ATAGAAGTGG TTCAGCCTGG TGTATTGGCT
GATATTGACT TAGTTAACTT GGTAAAGGCT AATGGCAAAG TCGTTATTAA AAATGTTTAC
ACCGAGCAGG TGCGCTGCCC AACACCGGAA GTGAGTGTGA GAGGGTTTAA TGTCTATCCA
CAATCAGGGG TAGCGTGTGA TTATCACTAC ACTGTTGAGG CTGGCTCATT ACAAGCATCG
GCTCGTGTCA CCGTGCTCGC CACTCGCGCA GAAAATCCGA TTATTCCGCC TTTATCGCAC
CCAATGTCAC TCGATAGTGC TGGCGTTGCC TTTGATTTTG ATTTAGTGCA GCTTCTGGGG
GCTGAATTTC CTAATGGTTA CAACCTGACC AGTGTAGAGA TGATGCCCGC ACAAAATGGT
GATGCAGGGC AGCAAGGGAG TGTTATTTTC AGTGGTAATA CCGTCACCTA TACTCCACCT
GCACGCATTG GTTTTGATGG TATCACCTAC ACCCTGCAGC AAGATGGTAA CCCCGAATTT
ACTGTTATTG GTTCTATCTA CATTACGATA TCGAACAGCC CTAACGAAGC ACCTGTTATT
GAGTTTCCCA ATTTTAGTTA TCAGCCTACC CCGGGTTTTA TCGCAAGGGC AGAATACAGT
ATTGACCTTG CGCAAGCGGG GATGACAATT AGTGTTGCCA ATGGCAAAGA ATACCATTTG
CAACACGTTC AGAGCCCTAC TGCAACGGTA AGCCATTATG ACAATGCTGC CAACAATAAA
CGTATTAGGT TTCAAGCGGC AACCCCGGGT GAGCACCTAG TGAGTTATAT TGTGGCCGAT
GATTTTGGTG GTTTTACTAT GGGGTTTATT AAGGTTCAGG TTGATGCGGT ACTCAACCCC
GTAACTTGGA GTGACTTAGA GATTGAAGGT CGTACGTTTA CCGCCCCTGT ACTTTACACA
CCCCAGCTTA CTAACATGTT TAACGCTATA CCCGTCTGGG ATGACAGTGT GAACAACAAT
ACCATACCGG TAACGACAGT CACTGGCTGG ACTAGTGGCG CAGCAACCGT GTTTGGGAAT
ACCCTTGCGG CATTTAGAAG TTATTCAGCA GCTCAAGCTT ACTGTGGCAC TCGTGGTGGG
CGCCTGCCAT CTTACGATGA ATCACTCGTC ATAGAAGGGT TGCAGGTCGG GGTTGACGAG
TTCGGGTTAA TCAACACTGC TCCAGGTTGG CCTAAGGGGA GGCCATATGC ACTAATGGTT
AATGGTGCGG AGCCTGCGGG CTTTCCTTGG GAGCGAGGGG CGTACGTCAC TTGTGTTAAA
CACACCGCTA TGGAGCTTGA TTTAGTTGCC ACTGAGTTTG AACGGTTCGC AAGAGATTCA
GGCGCGCTTT TGTCACAAGA GCTTGGCACC TTAACAACCG AGTTTCCCAT GCAGCAAATT
ACTCACAAGA TTATTGGCGG CTCTCTCATG AATTATCCGG AGTCGATAGT GATTGAGCGT
CTCAGTGACG GTAATAGACA TCACCGAATT ACCGCACAGG CCTCGCGAAA TGGGTATGCT
ACAATCCGTT TTTATGACAC AATAAACCCC AAAAATTACA TCGATACACC CATGTTGCGC
TTTTTATCGA TTGACGTGCT CGATACGGAT GGTCGTAAAT TACTGACTGG CTCACCATCT
AAACTAAATG TGGCTATCCT GCAGCGTGAA TCGACTAATA CAATCGTAAC CGCTAATGTC
GATAGGCATG ACATTAACAC TGGATTTTAT TACGGAGCAT TTTTGCTCAG TTCGGGCCAA
AAAGTATGCC AACTCTATAA TGATGTAACT CTTTATGGTC GGTCGAATTG GGTCATGTCA
ACATACTCCG AACTTCGAAG CATTGCGGCT CACGGTGATA TGAACGCATT GGGTTGGCCG
ACAGTGCAAT ATTATAAGTC AGGTGACTCT TGCGCCCCTA ATAATCAACA ACATTTTTAT
ATCGACGGAC GAGGTAAGCT AGCTGGTAAC GGTTGTTATG CGGCGGAATC ATATTATTCA
TTTATATCCT GCTCCTCAGA CTTACCTGTG GATAACGATA AATCAACCAT AGCGGTCATA
TTTAATAATG CACTCGCAAA CAACACCGTG ACAAATCAGG TGAGCGTTAC CGTGCGTGAT
GCTAATAATG CGCCTGTAGC AGGTCAAGAA GTTATCTTTA ATGCCAGTAA TAATGCCACC
GTTGTAACCC AGACGGTGCT CACCGATGGT AACGGTGTCG CCATCGCCAG CATAAGGAGT
CCCCAATCAG GCATCTCAAC GGTTACAGCC TCCTTCAATG GCACCACTAA GACTGTTGAT
GTGACGTTTA ATTGCCAGTC CTTAGCAGGT GCATGTATTG ACATCTTCGA TACTGGTAGT
GGTAAATTAT TTACCAACTC ACCATCAGTG GCTTACTTAA ACAGCATTGG TGGCAGTGCA
GCAGATGGTA CTTATACTGA AACTGGAACG AACGGCCCAG CTGGTGGCAC TTTCTACATA
TTCAACTGGA ATAATGCAAA AGCATTGTGC GATACCTATA GCGCCAACGT TCTCGGTGGA
CGAACTAACT GGCGTTTAGC GACAAAAGAC GAGTTAAAAG TGGAGCTGTT CTCTACACAC
AGCCCCATGT TTAAAGCCCG CGGTTGGCCG ACCTACGATG GCTATTGGTC GTTGACACCT
GTACCTGGTA GTCCTAACTA TTACGACGTG TCCCTCAACG ATGGTAACTT CTACAGCAGC
AATCCGATTT ACACGGACTA CGCATCCTGC GTCTCAGTGC CTTAA
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| Protein sequence | MFYPGIKSYQ ALTAIYLVLL LALFGCGSDS DQDAAPTVTS TATTLAALNG IEVVQPGVLA
DIDLVNLVKA NGKVVIKNVY TEQVRCPTPE VSVRGFNVYP QSGVACDYHY TVEAGSLQAS
ARVTVLATRA ENPIIPPLSH PMSLDSAGVA FDFDLVQLLG AEFPNGYNLT SVEMMPAQNG
DAGQQGSVIF SGNTVTYTPP ARIGFDGITY TLQQDGNPEF TVIGSIYITI SNSPNEAPVI
EFPNFSYQPT PGFIARAEYS IDLAQAGMTI SVANGKEYHL QHVQSPTATV SHYDNAANNK
RIRFQAATPG EHLVSYIVAD DFGGFTMGFI KVQVDAVLNP VTWSDLEIEG RTFTAPVLYT
PQLTNMFNAI PVWDDSVNNN TIPVTTVTGW TSGAATVFGN TLAAFRSYSA AQAYCGTRGG
RLPSYDESLV IEGLQVGVDE FGLINTAPGW PKGRPYALMV NGAEPAGFPW ERGAYVTCVK
HTAMELDLVA TEFERFARDS GALLSQELGT LTTEFPMQQI THKIIGGSLM NYPESIVIER
LSDGNRHHRI TAQASRNGYA TIRFYDTINP KNYIDTPMLR FLSIDVLDTD GRKLLTGSPS
KLNVAILQRE STNTIVTANV DRHDINTGFY YGAFLLSSGQ KVCQLYNDVT LYGRSNWVMS
TYSELRSIAA HGDMNALGWP TVQYYKSGDS CAPNNQQHFY IDGRGKLAGN GCYAAESYYS
FISCSSDLPV DNDKSTIAVI FNNALANNTV TNQVSVTVRD ANNAPVAGQE VIFNASNNAT
VVTQTVLTDG NGVAIASIRS PQSGISTVTA SFNGTTKTVD VTFNCQSLAG ACIDIFDTGS
GKLFTNSPSV AYLNSIGGSA ADGTYTETGT NGPAGGTFYI FNWNNAKALC DTYSANVLGG
RTNWRLATKD ELKVELFSTH SPMFKARGWP TYDGYWSLTP VPGSPNYYDV SLNDGNFYSS
NPIYTDYASC VSVP
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