| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_4438 |
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| Symbol | |
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| ID | 4841292 |
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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 OS155 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009036 |
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| Strand | - |
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| Start bp | 52450 |
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| End bp | 55449 |
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| Gene Length | 3000 bp |
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| Protein Length | 999 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 640110430 |
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| Product | hypothetical protein |
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| Protein accession | YP_001041742 |
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| Protein GI | 126090287 |
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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 | 67 |
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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 | 18 |
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| Fosmid unclonability p-value | 0.832415 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCTCCTG TTACAGCTTC AGTATCTTTG ATAAAGATGA GTTCTTTATC GAGCGAAGCG
CCAAAAGAAC AACTCACGGA TTTAAATTCT AGAATTAAAA GTGTTCGTAA TATTGATGAT
GAATCAGTTA GGAATAAATG TAAATTACCT GAGTTAAATA AAAAATCTAA TGATGATAGT
TCATGGATGA CTCGGATAAA AAAACTTGAT TTAAAAATAA AGTCTAAAAA AAATTATAAG
TCGTTACAAG CTAACGTCGG CGAACAAAAA AAATTAAAGC GTGATGGTCA AGTCTATTAT
ACGGCTGAGC AAATTGAAAA ACGTAATTAT CTTGAAAGCT TAGCAAAACC ACTGCCAGAA
AAAATGATAT GTTTTTGCTT TCAAGATCAG AAACTCGTAA ATGACTTGGT CACTAAGGTA
ACAGATCCAG TTGAGTGGGG GTTAAAAAAT GAAAAGCCTG GTATAAAGCC TAACAGATTA
GGAGGCAGAG GATTATATGT CGCGAAACCT TCAGGCTTAG AGCAAGCAAG TCGATATGCT
GGCAGAATAA AAAAGTCAGG AGGAAATCCA GGTTTATTAA CAGTGCATAT AAATAAGGGG
GCAAAGTTTC TTGATTTGAC TGATAAAACG CTATTGGGTA AATTGGCTAG TAAATGGAAA
TGCTCCCATG AAGAAGCTGA ACATTTAGCT TCATACTTGG AACCTAGCGC AGTTTGTAAG
TTTTCTGGTA AAGACTGGCT AGTAATTAAA ACTCTTGAAA ATGTAGAGCT GAAGCACCCT
CATAATGATG ACTTTAAAAT TATAAAGATC AGTGAAAGTG GTAAATTTGA TTCTGTAGCT
AAGGAGTTGA TAGATTCATT TAAGACTGTG AGTTACTCAA GTGAAAGATC TAAGGAAAAA
AGTCTTGGAG GAAAAATAAA GAGCGCATAT ATTAATAATA ATAATTACAG AAGAACAGAA
TCATTAAATA ATGAAAATGA GGACAAGTTT AATGCTACTT CAAAGATGGT AGAATATCTT
GAAATGTACG GTGATAATGA TGGGTTTAGC TTGTATGTTG CAGAAGAGAT AAACAATTTT
TTTAGCAAAA AGTATCAAGG AAATAATGTT TTTGACAAGC TGACTTCCAG AGTAAGAAAG
CAAAATGTAT CTCGATATAT TAATGGGCGT AAATTAAATG TCTATAGACC TAAACACGCT
TTAGCTCATG GAGTAAGGCA AGGTGCATTA TCTAAAGATA TTGTCGAGCT TATATCGGAT
AAAAAGTATG ACGGGGAGAT GGCTGATTGG GCACGAGGTA AACTAAATAA TGACTGCAAT
TTCTTAAAGA AAATTGAATT CATGTCTTGC TTCATGAGAA CCGGACGTAA AAGTGAAGCA
GCTACTGAGA GTCGTTTTTA TTCTAGTTTT TTGCGACGTG ATGCTAACAA CTTTGAAAAG
GCAGCTCGAA AGACCAATCT TTTTAGTGAA AATGAAATAA TAACATTCAA AATGGCCTTA
CAGCCGACTC AGGATGGGGA GATTAATTAT GATGCTAAAA AATTGAAACT AATCACAAAA
ACTGCACACA GACTCGATTT AAGAAGGCTC CCTCATTTTG ATAAAGAGAG GGTTCAGCTT
TTGGTCGCAT CTTCATTATA TGGAAAAGAA ATTAATCATT TCAATGAGAT GACAGCTACA
CAGTTAAATG GATTGAATGA GTTATGGTCT AAGTCAGGAA GTTACTTACA GGCAACTGGC
GATAGAGATT TGGATATTAA AGGTAGAAAT AACTTTCAAA ATGAATTTTT TACTCAGGCC
AAAAATCCTA TTGAGCTAGT TAAGGCTGTT AATGAAGTTA GATCTCGTTT TCAAGAGACT
AAATCTGTAA GGATCAAGGC TTCACTAAAC AAGAATTTGA GCGAACTTGA AAGTAAGCGA
ACTTTAGATT ATTACGGAAT TGATGTGAGC CCATTGAGTA AAGATCAGAT TAAAAGAATG
CTTGATCAAT ATGGCATCGA TGATAATAGA AAAACATTGG CCGTGGGAAA AAGTGTCGGT
CATGTTGATG TATTAGCTAT GAAGGGGCGA CCTGTCAGTG AAGCTGGTTT ATATATATCT
AAGCAAGGTA TAAATCAATA CGGTGATTTT GATTTTGTCA CGAAAAAGAC AGCAAAAAGC
TACCACGTGG AAGATTCATT CAGAGTTGCA TTTACAGGTC AGCATTTAGA CAAGCTACAG
AAAACATATA AAAAGACGCC TGTAACTGGT TTTTTGAAAA AGTTTATCAA TAAAGTTGAT
GGTGCAGAAC ACCGTAATTA TCTGCAAAAT AAAGCGCTAT GTGACTACTT ACCTCCAGTA
GATTTAAACT CAAATGGGCA TCTAATCTAT CCCAATCCGA CTTATATAAC CAAAGAATAC
TTTACCCATC CAGAAAATTT AAAAAATACT AAAAATGGTA TTCAACTATT GACATGGGCG
GTACACCCTA GAAATGCTGC GCCACTTATT AACGAGATTA CAGCTGGTGA GTTTCACTCA
TTACATAAAG AAAGCTCTCC ATCAAGATTT GGTTTGTATA CAACATCTCA ACTAGAAACA
GAAAGAAAAA CAGGGTTAAA GTCATTAACA ACAATTTTAG ACTTAACAAA AGAAGATTTG
CCACAACTTA TAGCACTGAG AAAAGCTTCA CATGACCAAC TAGTTTCTAA ATATAATGTT
GATCTAAATA AAGATAAGGT GAATATGTTT TTCCACTTCC CGGTATCAAT AGAGACCGCA
ACATTACACT TGCATGTTTT TGTAAATAAG GGCAATCTCC CATTGAATGA GCAAAGGTCT
TTCTCTATAG ATGAAGTTAT TAATTACTTG GAGTCAGGTA AAAGTGTTAA AGAACTAATT
TTGAATCGTA ATGATGGTGT ATATTATTTT CCAAAAAAGA ATATAAAAGC TATGCCTGGA
ATGCCACACT TGCAAAGTGA CAAAACAATA GATAATCTTT TGTTGGATAT TGATAATTAA
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| Protein sequence | MPPVTASVSL IKMSSLSSEA PKEQLTDLNS RIKSVRNIDD ESVRNKCKLP ELNKKSNDDS
SWMTRIKKLD LKIKSKKNYK SLQANVGEQK KLKRDGQVYY TAEQIEKRNY LESLAKPLPE
KMICFCFQDQ KLVNDLVTKV TDPVEWGLKN EKPGIKPNRL GGRGLYVAKP SGLEQASRYA
GRIKKSGGNP GLLTVHINKG AKFLDLTDKT LLGKLASKWK CSHEEAEHLA SYLEPSAVCK
FSGKDWLVIK TLENVELKHP HNDDFKIIKI SESGKFDSVA KELIDSFKTV SYSSERSKEK
SLGGKIKSAY INNNNYRRTE SLNNENEDKF NATSKMVEYL EMYGDNDGFS LYVAEEINNF
FSKKYQGNNV FDKLTSRVRK QNVSRYINGR KLNVYRPKHA LAHGVRQGAL SKDIVELISD
KKYDGEMADW ARGKLNNDCN FLKKIEFMSC FMRTGRKSEA ATESRFYSSF LRRDANNFEK
AARKTNLFSE NEIITFKMAL QPTQDGEINY DAKKLKLITK TAHRLDLRRL PHFDKERVQL
LVASSLYGKE INHFNEMTAT QLNGLNELWS KSGSYLQATG DRDLDIKGRN NFQNEFFTQA
KNPIELVKAV NEVRSRFQET KSVRIKASLN KNLSELESKR TLDYYGIDVS PLSKDQIKRM
LDQYGIDDNR KTLAVGKSVG HVDVLAMKGR PVSEAGLYIS KQGINQYGDF DFVTKKTAKS
YHVEDSFRVA FTGQHLDKLQ KTYKKTPVTG FLKKFINKVD GAEHRNYLQN KALCDYLPPV
DLNSNGHLIY PNPTYITKEY FTHPENLKNT KNGIQLLTWA VHPRNAAPLI NEITAGEFHS
LHKESSPSRF GLYTTSQLET ERKTGLKSLT TILDLTKEDL PQLIALRKAS HDQLVSKYNV
DLNKDKVNMF FHFPVSIETA TLHLHVFVNK GNLPLNEQRS FSIDEVINYL ESGKSVKELI
LNRNDGVYYF PKKNIKAMPG MPHLQSDKTI DNLLLDIDN
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