| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_1914 |
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| Symbol | |
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| ID | 6116177 |
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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 woodyi ATCC 51908 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010506 |
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| Strand | - |
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| Start bp | 2357090 |
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| End bp | 2360494 |
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| Gene Length | 3405 bp |
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| Protein Length | 1134 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 641633417 |
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| Product | hypothetical protein |
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| Protein accession | YP_001760293 |
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| Protein GI | 170726267 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.167412 |
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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 | 14 |
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| Fosmid unclonability p-value | 0.675287 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCTCCGAA CCTTATCTCG GATGAAGCGA CTTATACTCG CCTTTACACT TCTCTTTATC
TGCCTATTCA CAGCCTTGTT GATGAGCTAT GAGTGGCTGA CAGTTAAGTT TGCCAATCAG
TATCTAGCCA GTTATGACAC TCAGATAACT AAGCTTAGTA TCCGCCCTCA CTCGATCACT
CAATGGCACT TCGCGCATGT GTTCCTTGAG GTAAAAGATA GCGACATCAA GATTAAAGAT
CTTGAGTTAA CCTTGGCCCC CTCTTTTTCT CTTCTCAATT TTTCAACGGA TCAGATAGCT
AAAATCTCAC TGGGACAAGT GGATGTTGCA CTCAACCCTT CCGTCCTCAC TGATGAGGGG
AAAAATGTCG ATCAACAGGG CCCCACTGTG GCACTGGATA TCGCTCAACT CCCGCAGATA
GAGATTGGGC CAACAACACT CACATTGAAA AACGGAACCA CTAATCCACT AAACTTGGTT
TTAGCTTACC TCACCTTAGA TAACCAAGGC GCACTCTCTA GTTTACTCAC GCAAAAGGGT
GAAACCCTAT TATCGATGGA TGCTCAATTA AGTGACACAA AATGGGCCTT CTCTACCTCA
GTCGTGTTTG AGCAAGTTCA AACACTCCTT AACAATATTG CCAAACAGCC TATTAATAAC
AAGGCGTTAA CTAGTCTGAT ATTGATAAAA CAAAGAGTTG ATGAGTTAGG ATTACAATTG
AGTGGCACAC TGAATAGTCA AGCAGAGCTT AATCTCAAAA CCGCACAACT GACATCAAAC
CATGAGCTTA TAAACACAGA GCTAAAATTG ACACAATTAG CAGATCTTAT TATCACTCCT
GAAACGTCTC TAACTCAATT TACGATTAAT GGCCATATTG CAGATCTATC ATTGAGCTTA
CAGCCCTTCT CGATAGCTGT CGCTCCCGAT CACCGGCAAC AAGTTGCATT ACGATCGCTA
ATTAAAGATA AATCGCTTCT CAAGATGAGC GAGCTGTTGC ATCCAGACAA TAAAGCCACC
TCTTTTAATC CCTTGAGTAT GAAGTTTGAG CTGAACGAGC CACTTAACTA CTCATTTGCA
GAGCGAAAGC TTCTATCACC TAAGATTCAA CTCGCGATTG AGAACGAAAT GCTCTCTGCC
AAAGCCATAT TACAAACCCT AAACCTAACC TTGGAGAGTG AAACTCAAAG GGCTGAGTTA
GAGGGGGATT GGTCGCTTAA TACTGTAACC AAAAAGAGGC TTGAACTAAC CACTATCCTA
CCTGAGCAGC TCTCCTCTTA TGCCCTTGAG CTCGCAAAAA CCACTTCAGA GTTAACGGGT
AAAGTAAAAG CAAAGAGCAA CAAGATAGGA ACAGAGCTCA GCCTAAATCT AGATAAAGCG
ACACTTTTTC ATAGTGAAGA GCTGATGTTG CATGAGCCTA CGCCACAAAA GCACAGTAAT
CGAGAAGATG CTATGGCTAT GAGTATGAGT ATCAAATCAC TCTCATTGCG AACTCACTCC
CCTCTAAATC TCAATGACTC AAACGAGACC CTTTCAATAA CGTTTCCTTC ATTTACGTTA
GCCTTAGGTC CCGTCAGCTA CGACCATAAG CAGCCCTCCT CTAAAACAAA AGAGGTGAGC
TTTAACGCTA ACAACCTTAG CCTTCATACA GATGCGCCCA GTTATCTCAC AGCAACAAAG
CACTCTAAGG ATAACGAGCC AGAGGTTTTA GCGATTGAGT TTAACGGCTC TATATTTTCA
TTAAGCTCTG AAGGTATTAA CTTCTTAGAT AAAAAAATAA GTAAAACTGT GGGACTCGCC
CTCCCTTCCA TCTCAGTTTC AACCCAGGAA GCAAACTTGC AATCACTGGA TAGGATCAAG
TTAGAAAAGT CACAACTTGA TGATGGCACA ACTCAATTGT CACTAGAGAT CCCAAGATTT
AAGCTCCAAC AACTAGCCAA TGAACTGCTG CAAACAGGCT CACAAGTGGC TCACGCAAAA
TCAAAAAATA CAGAAACAGC AACGGCTCCT ACGCTACTTA ATCAGGAGGT AAACATTCAG
CTTCCTTCCC TTACGCTAAC ATTGATGGAG ACTGCAAACC TTAAATTGGC TATCGATAAG
CATACCAATT TGAACCAACT GCTTAAACAG CAAAGCCTGC AAAACCAAGC CAAGTACCAG
ATTGAGGGAC TCGAGATAAA GCGAAGTTAC CGTAAGAACA GACGCCTTAG AACAGAGAAG
CTCCTTGAGT TGAGCCAAAG CGAGCTAATA CAGAGCTTCA ACTGGAATAA GCAAGATTTA
AACACCCAAG AGCACTGGTC TTTCGATGGA CTAAATCTAG ACTCGACGCA CACAGCCACA
CCAGATTTAA CTCAACCCAA CCTAACTGAC TTTACTGTTG AGGGGAAAGC GATACTCGAC
ACTGACATAA GCTCGGTATT AGGTCTGATA AATGCAAATT ACTCCCTTCC ACCAAGTCTC
AATCTCGATG GCCACACTAG GTTAGACCTT AATTACCAAT TCACCCAAGA GACGAAAACA
ACAAAAAATG GCAAATCCCC CCTCTCACAA AGCCACTTTT CCTTAGATTT CACCCCAAAA
TTAAGTGATC TTAGAGGCAG TATCAACGAG CTCCCATTTG AAGGCGCAAT GATGGATGCT
AGCTGCCACC TTAAGCTGAA TCGTACTGGC CAAGATCAAT CTATAGTTTC TCCCAAGGAG
CAAAGTACAC TCTCCTGCCC CGACATCAAT CTGTCAGCGG TTGCATTTAA TCCTGGTGTG
CTTATCGAAG ACTTCAAAGC AAATGCCAAC ATATCTATAT CCAAAGACTC AGAAAAGTTA
GATAGCCAGT CAACTAATGT GCCGGCGAAT TTAACGAATG CCAATATCCA GATGAATGCG
GGCGGTAAAT TATTAGGAGG CGAACTTCTT CTACCCGAGT TTGACCTGAA CCTGAACGCC
CCCTCCCATG GATATTTAGT GCTTCAAGGA TTAAGTCTTG CCCAGCTGAT AGCGATACAA
CCGCAAGTGG GACTCTACGC CGATGGGATA TTTGATGGTG TACTACCTGT CGATCTTATC
GACGGTAAAG TTTCTGTCAG TGGTGGACGG CTGGCAGCTC GTGCGCCAGG TGGACTTATT
ACCCTCAGCG GTAATCCTGC GGTAGATCAG ATGAGAACCT CGCAGCCCTA TCTGGACTTT
GCTTTTTCAA CTTTGGAGCA CCTTGAATAC TCTGAGCTTG CCAGTACCTT TGATATGGAG
CCATCGGGAG ATGCCATCTT AAACGTCAAT GTGAAAGGTC ACACTATAGG GATTGAACGA
CCAATTCACT TGAACTACTC TCAAGAGGAG AATATGTTAC TACTTTTAAA GAGTTTGCAG
ATAGGTGATA AGCTACAGAC TCAAATAGAA CAATCGATGA ATTAA
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| Protein sequence | MLRTLSRMKR LILAFTLLFI CLFTALLMSY EWLTVKFANQ YLASYDTQIT KLSIRPHSIT
QWHFAHVFLE VKDSDIKIKD LELTLAPSFS LLNFSTDQIA KISLGQVDVA LNPSVLTDEG
KNVDQQGPTV ALDIAQLPQI EIGPTTLTLK NGTTNPLNLV LAYLTLDNQG ALSSLLTQKG
ETLLSMDAQL SDTKWAFSTS VVFEQVQTLL NNIAKQPINN KALTSLILIK QRVDELGLQL
SGTLNSQAEL NLKTAQLTSN HELINTELKL TQLADLIITP ETSLTQFTIN GHIADLSLSL
QPFSIAVAPD HRQQVALRSL IKDKSLLKMS ELLHPDNKAT SFNPLSMKFE LNEPLNYSFA
ERKLLSPKIQ LAIENEMLSA KAILQTLNLT LESETQRAEL EGDWSLNTVT KKRLELTTIL
PEQLSSYALE LAKTTSELTG KVKAKSNKIG TELSLNLDKA TLFHSEELML HEPTPQKHSN
REDAMAMSMS IKSLSLRTHS PLNLNDSNET LSITFPSFTL ALGPVSYDHK QPSSKTKEVS
FNANNLSLHT DAPSYLTATK HSKDNEPEVL AIEFNGSIFS LSSEGINFLD KKISKTVGLA
LPSISVSTQE ANLQSLDRIK LEKSQLDDGT TQLSLEIPRF KLQQLANELL QTGSQVAHAK
SKNTETATAP TLLNQEVNIQ LPSLTLTLME TANLKLAIDK HTNLNQLLKQ QSLQNQAKYQ
IEGLEIKRSY RKNRRLRTEK LLELSQSELI QSFNWNKQDL NTQEHWSFDG LNLDSTHTAT
PDLTQPNLTD FTVEGKAILD TDISSVLGLI NANYSLPPSL NLDGHTRLDL NYQFTQETKT
TKNGKSPLSQ SHFSLDFTPK LSDLRGSINE LPFEGAMMDA SCHLKLNRTG QDQSIVSPKE
QSTLSCPDIN LSAVAFNPGV LIEDFKANAN ISISKDSEKL DSQSTNVPAN LTNANIQMNA
GGKLLGGELL LPEFDLNLNA PSHGYLVLQG LSLAQLIAIQ PQVGLYADGI FDGVLPVDLI
DGKVSVSGGR LAARAPGGLI TLSGNPAVDQ MRTSQPYLDF AFSTLEHLEY SELASTFDME
PSGDAILNVN VKGHTIGIER PIHLNYSQEE NMLLLLKSLQ IGDKLQTQIE QSMN
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