| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_1849 |
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| Symbol | |
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| ID | 5662244 |
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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 | 2247286 |
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| End bp | 2250600 |
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| Gene Length | 3315 bp |
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| Protein Length | 1104 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 641236439 |
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| Product | hypothetical protein |
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| Protein accession | YP_001501707 |
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| Protein GI | 157961673 |
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| COG category | |
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| COG ID | |
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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 | 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 | 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 | GTGTCACAGG CAGTAAACAG AAACTGGAGA CAAAAAGCCC CGCGCTTTAT ATTATTCTCA
TGCCTTGGCT TGATTGCTCT TGTGACTGTG GTTGCAGGCA TAGCGCTTTG GCATTATGAG
CGACTCACTA TCCATTTCGC CAATCAATTT CTAGTGCCTT ATCAGACTCA AATTCACTCC
CTCAAATTTA AGCCTATCAG GCTAAGTCAG TGGCAAGTTT CACAAGCTGA ATTAACGATA
CACGACACTG ATATTACAAT CTCTGGACTC AATCTCTTAT TCGATGAAAA TACTAAACCT
TGGGCGTTTC AGGTTAGCGA TCTCCTCGCG TTGTCTGTGG CAAATATAGA GGTAAAACTG
GCGCCCAGTG CATTAAAAGC ATCGAGCCAA AATAGCAATG AAACTGGCCC GACTATCGGC
CTCAACTTTG ATGCATTCCC CGAGATCAGG CTCGATAACA TCCGTATAGC CATTAAAGGT
CTTGAAGATA GCGCGCCAAC GCTTGAGCTT GAACAGCTAA GTTTAAACAG GCTCGGTGAG
CTAAAAAGCC TGCTTAAGGT TGATCACAAG CCTCTGCTCG ATTTATCGGC TGAGCTCAAT
CAAAAACAAT GGCATACATC AACTAAGATT GACTTAACTT TGTTGCAATC TTTTAGTCGT
CGATTAGCCG CAGTAGAGCA AAGCCTCGAT GCCAATCAGT CTGCTAATGC CATCGATTCA
AATATGAGCC TATTGGCGCC GCTATATCGA TTGACTCAGA TGTTAGATGA TAAGCACGTC
CTGCTCGATG CCACACTCGA CTCGGCGGCG ACACTCGACT TAAAAACCGC AGAACTGACC
TCTCACCATA ATTTGCAAGG CACCCGCTTA GTGTTAAATG ATTATGCCAA ACTTATCTTG
CAGCCCATTA GCCTTAGCGA CAGTGTACAG CCATTAGGCA GGCTAGATTT CGAGGTCAAC
GGCCATCTTG CCACGCCAAA GTTAACGGTT TTACCCTTCG AGTTGCCAGT CGCCTTAGAG
AATAACCTCA ATGCTGACGC TAACTTAAAT TCAAGTATAA ACAGCGATAA GCAACTTACA
CGGCTACTCT CGTTAGTCGA TGACAAACCG TTCGAGCAAG CGCTGAGCCA ACTATATGAG
CAGCTAAGCC TCACTAGCGG CAAAGTTACA GCTACAGTTA ATCCCAGAGG TAAAACCAAA
GAAAAACAGA CGCAACAAAA ACCAAGCCTA TTACTTAGCT TCGATGAGGG CTTAAGCTAT
CAAATCGACC AGGAGGCACT GTCTATACCC AAACTGTCAC TGGCATTACT AAACAGTAAA
CTCGAAGCCA AACTATTAGT TTCGTCACTA AGCTATCAAA CCTTTACGGC AGATGGATCA
CCGCAAGCAC AAACTAACAG CCAAATACAC AAGCAAGTAG CTAACTATTA CCAGCTAAAC
GCCAACTGGC AGCTCAAGGC GGCACATCAA CAATCTATAA CCCTCAACCG TTTGTGGCCT
AAGTTAGCTG AGCTGCCTTA CCTTATTGAG ATAGATAAAG CCTCATTAAA CATTGAGGGA
AAGCTCGCCT TTAACCAGAC ACAACAGCAA ACAAGCTATA GCATCTCAAT CGCAAGTGGC
GCCTCGCAGC AAGCCGAAGG CATCAAGATC AGTAGCCAAG TACAAGCTGC CAGCACGACT
ATCGCCCCCT CACACCTAGA AAGTGAAATC GGCCAGACAG AGCTCTCTAT CGACTCTCCT
ATTGAGTACC AGTTCCTGCA AGGGCAAACT CTGCTCACCA TCCCAGCCCT TAGCTATCAA
GTCACCGGCG TCGATGGCAA TTTACAGCTG CATAACGCCC TTGAAGAAAA CTATAAACTG
TGGCTCGATA ACGCTGACAT CAAGCTTAAG CAGGCTATCC CGTTAATATT TGATTCAAAA
GGAAAAGATA GCGCTAATGC CGACTCATCA TTTGTGTCAC AGCTTCTCAA CCACACACTT
AGCAATGAGA TTCATATCAG CCTTGCACAA TTGACCCTAG ACAAATCAGG ATATAACCGA
GCTAGCCAAT CGAGCAGCGC TAAAGCCGAT ACTAGAGTCA GTAAACACAA GAGGCGCCTG
ATCAAGCAAA AGCTGGCTCA GTTTGAGTCC ATAGACTTAA ATCAAAAACT CCAGCTTAAA
CAGCAGCGCA TTAACAGTGA TGAAAATTGG AAGATCAATG ATCTCTTCCT CAGCAGCCAG
CATCAATTCG CGCCTGAGCT CAATAATCGA TTCGATGACT TGAGCCGCTT TAAATTAACG
GGGGACTGGC AGTTTAGTAG TGAATTTGCG CCAATCTTGG CGTTTTTAAG CCAAACCGAC
AGTTTGCCTG ACTCACTGGA TATTAAGGGG AATGCCGACT TAACCATGCA TTACCAACTT
AATAGAGACC AAAAGCTGGC GTTCAATTTA ACACTGGATC CAAAGGTTAG TGATATTCAA
GGTAGCCTTA ACAACCTGCC CTTCGATGGT GGCAATATGG ACACCCAGTG CCAATTTGAC
TGGCTGCAAG ATAGCGCCAA TAAGCGCGAG AGCGCATTTA ACTGCGACAA TATCAGCCTT
TCTTTAAAAG CCTTTAACCC TGGCGTACTG ATCACCGATA TCAACGCAGA AGCCGCAATA
TCTTTCGCCA CCCAGTCCGC CTCAGAAGCG AATAATGAGC TAGTGAATGA GCAAGAGATT
GAGTTAACTA ATAAGGATAA AGAAGCGCAG AACTTGGCTT TAGCGCAACA GCTGCTAGGC
ATAAAACAGG CATCTATTGG ATTAACAGCC CAAGGCAATT TGTTGGGTGG CCAGTTATTA
ATTCCACAGT TTCAGCTAAA CCTTAAAAAC CCCTCATCGG CTTATTTTGT ACTACAGCAA
ATTGATCTAG AACAGCTGCT AGCAATCCAA CCCCAAGTGG GGATCTACGC CGATGGTATT
TTCGATGGCG TACTGCCGGT TAATATAGAA AAAGGCAAAG CCAGTATCAC AGGAGGTCGG
CTCGCAGCGC GAGCCCCTGG CGGCCTAATC GCCATAGGTA ACAACCCTGC CGTTGAACAG
ATGCGCCAGA GCCAACCTTA TCTAGAATTC GCTTTCTCCG CTCTGGAACA TTTAAACTAT
TCAGAACTTT CAAGTAGTTT TGATATGGAT GCTCAGGGCG ATGCTGTATT AAAGGTTAAT
GTAAAAGGAC GCAGCCGAGG TATTGAACGA CCTATTCACT TCAACTACTC TCAAGAGGAG
AACATGTTAC AGTTACTTAG AAGTTTACAG ATAGGCGATA ATTTACAGGA TCAGATAGAG
CGAGCGGTAA ACTAA
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| Protein sequence | MSQAVNRNWR QKAPRFILFS CLGLIALVTV VAGIALWHYE RLTIHFANQF LVPYQTQIHS
LKFKPIRLSQ WQVSQAELTI HDTDITISGL NLLFDENTKP WAFQVSDLLA LSVANIEVKL
APSALKASSQ NSNETGPTIG LNFDAFPEIR LDNIRIAIKG LEDSAPTLEL EQLSLNRLGE
LKSLLKVDHK PLLDLSAELN QKQWHTSTKI DLTLLQSFSR RLAAVEQSLD ANQSANAIDS
NMSLLAPLYR LTQMLDDKHV LLDATLDSAA TLDLKTAELT SHHNLQGTRL VLNDYAKLIL
QPISLSDSVQ PLGRLDFEVN GHLATPKLTV LPFELPVALE NNLNADANLN SSINSDKQLT
RLLSLVDDKP FEQALSQLYE QLSLTSGKVT ATVNPRGKTK EKQTQQKPSL LLSFDEGLSY
QIDQEALSIP KLSLALLNSK LEAKLLVSSL SYQTFTADGS PQAQTNSQIH KQVANYYQLN
ANWQLKAAHQ QSITLNRLWP KLAELPYLIE IDKASLNIEG KLAFNQTQQQ TSYSISIASG
ASQQAEGIKI SSQVQAASTT IAPSHLESEI GQTELSIDSP IEYQFLQGQT LLTIPALSYQ
VTGVDGNLQL HNALEENYKL WLDNADIKLK QAIPLIFDSK GKDSANADSS FVSQLLNHTL
SNEIHISLAQ LTLDKSGYNR ASQSSSAKAD TRVSKHKRRL IKQKLAQFES IDLNQKLQLK
QQRINSDENW KINDLFLSSQ HQFAPELNNR FDDLSRFKLT GDWQFSSEFA PILAFLSQTD
SLPDSLDIKG NADLTMHYQL NRDQKLAFNL TLDPKVSDIQ GSLNNLPFDG GNMDTQCQFD
WLQDSANKRE SAFNCDNISL SLKAFNPGVL ITDINAEAAI SFATQSASEA NNELVNEQEI
ELTNKDKEAQ NLALAQQLLG IKQASIGLTA QGNLLGGQLL IPQFQLNLKN PSSAYFVLQQ
IDLEQLLAIQ PQVGIYADGI FDGVLPVNIE KGKASITGGR LAARAPGGLI AIGNNPAVEQ
MRQSQPYLEF AFSALEHLNY SELSSSFDMD AQGDAVLKVN VKGRSRGIER PIHFNYSQEE
NMLQLLRSLQ IGDNLQDQIE RAVN
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