| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_1929 |
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| Symbol | |
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| ID | 5662323 |
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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 pealeana ATCC 700345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009901 |
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| Strand | - |
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| Start bp | 2339909 |
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| End bp | 2342539 |
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| Gene Length | 2631 bp |
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| Protein Length | 876 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 641236518 |
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| Product | hypothetical protein |
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| Protein accession | YP_001501786 |
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| Protein GI | 157961752 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3008] Paraquat-inducible protein B |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.379281 |
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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 | ATGACTCAAG TACAAACGCC TAAAATCGTA AAGAAAAAAC TATTTTCACC GATTTGGTTA
CTCCCCATTA TCGCGCTTGC ATTAGGCGCT TGGCTCGGTG TGAAAAGCAT ACGAGAATCA
GGCGTTGAGG TAACGATTCA TTTCCCTAGC GCAACTGGAA TGGACATAGG TAAGACACTG
GTAAAATATC AGGGACTTAC TGTAGGTAAA GTCGTCGATA TGAGTATCGA TAAAGACCTA
AAAGGCGTAG ACGTCAGTGT CATCATGGAC TACCGCGCTG CGCCATTTGT TAATGAGGGT
ACTAAGTTTT GGTTAGTTAA ACCTAAAGCC ACCATCACTG GTGTTGAAGG ATTAGATACC
CTGTTCTCTG GTAATTATAT TAGTATCTTA CCCGGTGAAG GTGACTCAAG CTCTTTTTTT
GAAGCCGAAA CGACTGCTCC AGTCATCACT CCCGGTGTCG AAGGACTAAT TGTTCACATC
ACGACAAAGA AGTTAGGCTC ATTAGATGTA GGCTCTCCGG TATTTTATCG ACAAATCCCA
GTTGGGCAGA TAGTAGGCTA CCATCTTGAA AGTTCTGATC AGATTTTAGT AACAGCCTTT
ATTCAGCAGC AATATGCTCA GCTCGTAAAA GTTAACTCTC AATTTTGGAA TGTATCTGGG
ATCAGTATCG ATGCGTCTCT TTCAGGCATA AAAGTCAGCA GTGAGAGCCT TGCATCCATT
CTTGCTGGCG GGATAAGTTT CAGCTCAGAT GATGATTCAG AGTCTGCGAA AAATAAACAC
GAGTTCACTC TTTATGATAA TCAAGATGAC GCTTTAGGCG GAGTTATGTT TACCCTCAAA
GCGAGCGGTA ATGAAGCGGT TTCTCAAAAC GCTCCTATTG TCTATAGAGG GATCAAGATT
GGACAGGTAA TCCAAAAGAC TCTCTCTGAA GACGGTATTA CATTAGCAGC GAAAATCGAT
GGGGTTTATC AAGAGCTACT CACCGAAACC GCCGATTTCT GGCTCGAGGG TGCCGATATT
TCACTTTCAG GGATCAAGCA CCCAGAGCGT TTAATCACTG GTAGCGTGAT TAACTTTATA
CCAGGTAATG GTGCCGCTAA GCAGGAATAT ACATTACTGA CCCAGGCTCC TGAGCCTAAA
AATCTTAACA AACTATTACT AACATTACAT TCAGATTCGA ACCCTGGCGT GAGTGCAGGT
GCTGAAATTC GTTATAAACA GATAAAGATT GGACAGGTAT TGTCGAGTGA ACTCAATTCA
GCCCTAACCC AAGTTGAATA CCAGATAGAG ATCGAGCCTG ACTTCATTGG CTTAGTAAGC
ACAAATAGTC ACTTCGTTGC AGAGTCTGCA TTAGCAATAG ATGCAAGTCT GGAGGGGGTA
CAGGTCAAGA CCCGGGACTT GAACACCTTA ACCAGCGGAG CATTAAGCCT AGTAAGAGGC
TCAAGTAAAG CGTTAGCGAC GAGCGAAAGT GCATTACGCG TGTTTGCAAC TAGCGATGAA
GCCAAGAGTT ATTACGCTAG CTACAACCTC ATTAAGAAGC GCCTTCTAAG TCAAGATGGA
GCCGATTTAG CCGCGGGTTC GCCCATCTAT TATAAGAAGA TGCAAATCGG TCAGGTGACT
GGCGTTCAGT GGCAAGCGTC TGACAATAAC TTTGCCATCG ACATGGCCAT CGAGCGTACA
TTTAACAGCT TATTGAATGA TAAAACCGTA TTTTGGCGAA ATAGCGCAGT ATCGATAAAT
GCCAGTTTAT CCGGTGTCGA GGTTGAAGTT GCTCCGTTGA AAGCAGCCTT GAAAGGTGGA
ATAAGCCTAG GCCTTATCGA GGGCAAGCAG ACTGCTGAAA ACAGTTATCT TTATGACTCT
CGCTTCCTAG CCTTGAGTCA GGCTAAACCC ATCAGTCTCA CCTTCCCTGC TAGCGTTAAG
TTAGCAACGA AAGCCCCCAT TCGTTATCTC GGCCACAAGG TGGGTGAAGT AGATTCCGTC
ACCTTAACTC AAGATCTAAA ACAGTTAAAC GTTAGTGCTT ACCTGTATGG TGAGTATGCC
GCTAATTTTA ACCAGCAAGA TGCAAGCTAC TCGATAATCG ACGCAGATAT CTCTTTAGCA
GGCATTAAGG CGCCCGAGAC TTTACTTACA GGTCCTTATA TAGAAGTATT CCCAGGGCAA
AGTGCAAAAA AGGCATCGAG CTTTGTCGGT CAAATCGAAA AGCCGTTCCA TAATCTAGAT
AACGCTCTGA CTTTTAAGTT GAGTAAGAGC AATTTAGGCT CTATCAAAGC CGGGACGGCC
ATTTTCTTTA GAGGTGTTAG AATTGGTCAA GTCGACAATT ATCAACTATC TCAACAAGGT
ACAGGCATTA TTATGCACGC CCATGTGGAG GGTAAGTACA AACACTTGAT TAACCAATCT
AGCGTGTTTT GGGATCTATC TGGTGTGAAG GTTGACCTTG GACTATTTTC GGGTGCTCAA
ATTGAAACAG GTTCTTTAGA AACCATCTTA GCAGGTGGCA TAGGTGTCGC CACTGAAGAG
GTGACCTTAC CAACAAATGC TATAATGAAA CAGCATACAT TTGCGCTAAA ACCAGAAGTT
GACAGCAAGT GGCTTAGTTG GACACCAGTG CAAAAGGCCC AGCCTGATTA A
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| Protein sequence | MTQVQTPKIV KKKLFSPIWL LPIIALALGA WLGVKSIRES GVEVTIHFPS ATGMDIGKTL
VKYQGLTVGK VVDMSIDKDL KGVDVSVIMD YRAAPFVNEG TKFWLVKPKA TITGVEGLDT
LFSGNYISIL PGEGDSSSFF EAETTAPVIT PGVEGLIVHI TTKKLGSLDV GSPVFYRQIP
VGQIVGYHLE SSDQILVTAF IQQQYAQLVK VNSQFWNVSG ISIDASLSGI KVSSESLASI
LAGGISFSSD DDSESAKNKH EFTLYDNQDD ALGGVMFTLK ASGNEAVSQN APIVYRGIKI
GQVIQKTLSE DGITLAAKID GVYQELLTET ADFWLEGADI SLSGIKHPER LITGSVINFI
PGNGAAKQEY TLLTQAPEPK NLNKLLLTLH SDSNPGVSAG AEIRYKQIKI GQVLSSELNS
ALTQVEYQIE IEPDFIGLVS TNSHFVAESA LAIDASLEGV QVKTRDLNTL TSGALSLVRG
SSKALATSES ALRVFATSDE AKSYYASYNL IKKRLLSQDG ADLAAGSPIY YKKMQIGQVT
GVQWQASDNN FAIDMAIERT FNSLLNDKTV FWRNSAVSIN ASLSGVEVEV APLKAALKGG
ISLGLIEGKQ TAENSYLYDS RFLALSQAKP ISLTFPASVK LATKAPIRYL GHKVGEVDSV
TLTQDLKQLN VSAYLYGEYA ANFNQQDASY SIIDADISLA GIKAPETLLT GPYIEVFPGQ
SAKKASSFVG QIEKPFHNLD NALTFKLSKS NLGSIKAGTA IFFRGVRIGQ VDNYQLSQQG
TGIIMHAHVE GKYKHLINQS SVFWDLSGVK VDLGLFSGAQ IETGSLETIL AGGIGVATEE
VTLPTNAIMK QHTFALKPEV DSKWLSWTPV QKAQPD
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