| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_00269 |
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| Symbol | |
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| ID | 6776317 |
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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 | Alteromonas macleodii 'Deep ecotype' |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011138 |
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| Strand | + |
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| Start bp | 289201 |
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| End bp | 293196 |
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| Gene Length | 3996 bp |
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| Protein Length | 1331 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 642753697 |
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| Product | putative protease |
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| Protein accession | YP_002124581 |
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| Protein GI | 196155092 |
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| COG category | [S] Function unknown |
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| COG ID | [COG3164] Predicted membrane protein |
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| TIGRFAM ID | [TIGR02099] conserved hypothetical protein TIGR02099 |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | ATGACAAATT TTTCGTCGGT AGCCGCTTAT CTACTTAAGA AGTTTTGGCT GCTACTTGCC
GTATTGCTTG TACTTTTCGC GCTAGTATTA AGCGCTGCAC GCTATGCTCT GCCGCATATT
GAGCACAACA AACATTTGTT GGAAGACTAT ATTAATGAGC AGTATGGCGT AAACCTATCA
ATAAAAAGCG TGCATGCGGT TTGGCAGCGC AGCGGCCCTA GCATTGTGCT AAATTCGGTA
TCGCTCGCCA AAGATGAAGC TTCACCTGTT GCCTTAGACA TTCGACAAAT TTACGTTGAA
TTAGATTTCT GGCAATCACT GCGCGATCAG CTTATTTCTT CTACCCGTTT TGAATTGCGG
GGCCTTCGCC TAGATATCGA TGCCGATCGC CTTTCCGGCG GTGGCAAAAA TAACTTCCCT
GTGGTTAACG CGTTAGAGCG CTTGTTCTTA GAGCAATTAC AAAGCTTTTC GTTAGAAGAT
GGGGCGGTGT CAATTACACA TCTTAACGAG ACCAATTCTT TCGACATTGA AAGCTTATCC
TGGAATAACC GTAAACAGCG ACATCAAGGT TTAGGCCGGC TTAAAGTTGC TGATTTAGCG
GCAAACTCAG CCTCTTTCAT TATTGATATT AACGGCACCC GTGAAGACTT TGACGGCGTC
TTTTATGCCA AAGCTGAAGA ACTCGACATT TCGCCTTGGG TTAGCGACCT GATAAAGACC
AAGCGTCCAC TGGCTCAAAG TCGTGCTAAT TTTGAGGTGT GGGCAAATTT TGCCAACAAT
GAAATTACCA GCGTGCAGGC TGAGCTTAAT GACAGCTTGT TAGAGTGGGG CGATGGGCGT
GCAAAAACGA TAACCGGCAT CAGTAGCGGT AGCTTACAAG CACTGCCTAA TAAGAAGAGC
AAGCGTGGCG GTTGGAACGT TAGGGTAGAT CAGCTTGTAC TGAACTCAGG TAACGAGACA
ATGACGACCG ACCTTATTGG TAGTATCAGT GCAAATGGCG ACGCGCTCAT CAATACGGTT
AAGCCTGTTC AGATCAATCC CTTTTTATTG CTATTGCCAC TTTTCATGGA TGACACCGGT
GAAGACGAAA TACGCGGGCT GAACCCGAAG GGAGAGCTCG CCACATTGCA ACTTCAATGG
CGCAGTGGTA CCCCCTCTCT CGCGGCCAAA ATAGTTGATT TGCAGTGGGA TAAAACAAAT
AAAGTACCGG GGTTATCTTC TCTCGATGTT GACCTATTCT GGTATAAGAA TAACGGGGCT
ATTTACTTAC AAAGCACTGA TAGCGTATTA AGCGCGAGTG GGGTTATCAA AAAAGACCTC
AAGATTAACG CGCTAACCTC GCAATTTTAT ATTTATCCCG AAACGGCAGA AGAGCCCAAC
AAGCAGTGGG TCGTCAAAGG GGACAATATG CTCCTCGATA GTGATGCCGT TACCCTTAAG
CCGCAGTTTA AACTTAATAC AGCGACGGGA TTTATGTCGC TTTATATAGA TATAAGCCCG
ATAGCGTTAA ATACAGTGAG CGACCTTTTC CCTGCTGGCG TTATGGGGGC AAACACAGAT
AAATACCTAA CCCGGGCGTT TACTGGTAAA GGCGACATCG AAAATGCTCG CGTGCTGTGG
CATGGACGTA CCCGAGATTT TCCGTTTGAA GACAACTCAG GAATTTTCCA AGCCTATGTG
GATATCAAAG ATGGCGACTT TCTTTTCGCA CCAGATTGGC CTGCACTGAA TGATTTAGAC
CTTTCGCTAT ATTTCGTAAA CAATGCACTG GTAATGGAAA GTCCTAGCGC CACCTTAGCG
GATATGAAAA TAAGCAATAT GTCGGCGGCC ATTCCAAGCT TTAAGCCAGG TGCTCGTTTA
GCGATTTATG CGACAGGCGA GGGAACGGGA GACGCATTAA CCGACTTAAT GATGAACTCC
TCGTTGCAAA AGTCCTTAGG TAATGTGCTT AACAATGAAG TGCAAATTAG TGGCCCACTC
TCGGCAGATA TTAAGCTAGA TATTCCATTT AAAGGCAAGG ACGTGGTGGC ATCGGGTACT
GCGCATTTGT CGAATAACCC CGTCTATATC GCTAGCACCA AAATGCTTTT CGACAACGCA
TCAGGCGATG TGACCTTTAC CAACGGGAAT ATCGACGCCA ATGCGCTACA AGCACGGTTT
CTCAAGCAGC CTGTAGCGCT CTCCTTAAGT GGAAGGCAAG GGGACACTTA CGACCTTCAT
GTTGAATTAG GGGGCCGCTG GCACGTGCAC CCCCTTGCAA ACTACGTGAA TACAGACCTC
ACTGATTATA TTGATGGGGA AAGTGACTGG AAAACCGTTG TTGATCTTAC GCTGTCTAAT
AGCAGTTTTT CCTACACCGC CAATTTGAAA GCTGACCTAA CGGCAACACA AAGTGTGTTA
CCTGCTCCAT TTGATACGCC TGCAGGCACC AGCCTCCCTT TATCTATTGT CAGTGAAGGT
AACGGTAAAG CGTCAAACAT CGAAGCGAGA CTAGGAGAGC GCATTCGTTT TGACGGTGTT
CTGCCGCATA AAGAAATGCA ATTCTCCCGC GCACATTTAG CGTTAGGCGA GAGCGACATT
GCCAACATAG GGACTGGGTT TAGCATTAGC GCAAATTTAG CTGAAGCCGA TGTACAAGAG
TGGTTTAGCA CGATTAATAT GCTGCTTTCT GGCAAAGGTA AAGCGGATAA GCAAAAATCG
AACGCTGAAC TTACGAGGGT TGATACTGCG CAAAAAGATG AGAAACAGGT TAATTTGTTT
GGCACCCCAT CACGCATTTT CGCCAAAGCT GAAAAACTCA ATTTTGCGGG CCACAGTATT
AAAGATGCTG AGCTTAATGC CACAGAGCGC GATAGAGATT GGATTTTAAA TTTAACCTCG
CCACAGGCGC GCGCTACCGT TCGTATTAAC AGCGATTTAG AACAACAAGG TATCGAGATA
AATGCCGATT ATTTATCGCT AGAAAAACCG AGTGAAAACA TTGCCACCTC CACGACCGCA
GATACCTCAC AGACTCCGCC GGTTGTTGCC AACAATCAGG CCGTTTCAGA CGATGAATCG
CCGTATGATA TTGACCCCAA CACGTTGCCG CCTATTTATT TTTACTGCCA AAGCTGCGGT
ATACACGGTA TAGATTTTGG GGAGATTACG CTAGATATTG CGAAGGAAGA TAACGGCTTA
GCCATTCGCC AGCTTTTAGT GAGGTCGGAT GATACTAACA TTACCGCAAG CGGTTACTGG
AAGCATGTTG GTCGGGATAT ACAAAGTGCG ATAAAAGGCT CGCTAACGTC GCCTGATGTA
GGCCAAATGC TTAAAGAGTA TGGTGTAGAG TCTGGCATAA AAGACTCGAG CGCAGAGGTT
AAGTTTGATA TTAGCTGGCC TAACGCGCCA ATGGATTTCG GGTTTGAAGC GTTAAACGGT
GACGTAGAAT GGTCGCTGTC AGATGGTTAT TTGACCGAGC TTAGTGATCA GGGCTCACGT
ATCTTTACAC TCTTTAGCCT TAACTCGCTG GTCAGAAAGT TAAGCCTCGA TTTTAGAGAT
GTCTTTGCTA AAGGCTTCTT TTACGATGAT ATGGGCGGAA CCCTTAAGGT TGTAAACGGG
AAAGCCTATA CCGATGATAC TGAAATTGAC GGTGGGGCCG GTGAAATTGA AATAACGGGC
TTTACCGACC TCAATACCGG CGGCCTAAAT TATAACGTGT CATTTGCGCC AAACGTGACG
GGTAATCTGC CCTTTTTAGT TTATTTCTTG GCAACGCCAC CTACAGCACT GGCAGCCCTT
GCTATTGATC AGGTATTAAC GTCGGCGAAA GTCATCTCAA ATGTGAACTA TCGCGTGACA
GGCACCATAA AAGATCCTAA GTTCGATGAG GTTGAACGCA ATAGCAAAGA CATCAGTTTG
CCTGCACAAA ATGCGCCTGC ACCTGCCAAT CCCCAAGACA GGCCATTAAC GGAAGATGAT
GTACGCAGGC TTAAAATGGA GGTGATCGAT GGTTAA
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| Protein sequence | MTNFSSVAAY LLKKFWLLLA VLLVLFALVL SAARYALPHI EHNKHLLEDY INEQYGVNLS
IKSVHAVWQR SGPSIVLNSV SLAKDEASPV ALDIRQIYVE LDFWQSLRDQ LISSTRFELR
GLRLDIDADR LSGGGKNNFP VVNALERLFL EQLQSFSLED GAVSITHLNE TNSFDIESLS
WNNRKQRHQG LGRLKVADLA ANSASFIIDI NGTREDFDGV FYAKAEELDI SPWVSDLIKT
KRPLAQSRAN FEVWANFANN EITSVQAELN DSLLEWGDGR AKTITGISSG SLQALPNKKS
KRGGWNVRVD QLVLNSGNET MTTDLIGSIS ANGDALINTV KPVQINPFLL LLPLFMDDTG
EDEIRGLNPK GELATLQLQW RSGTPSLAAK IVDLQWDKTN KVPGLSSLDV DLFWYKNNGA
IYLQSTDSVL SASGVIKKDL KINALTSQFY IYPETAEEPN KQWVVKGDNM LLDSDAVTLK
PQFKLNTATG FMSLYIDISP IALNTVSDLF PAGVMGANTD KYLTRAFTGK GDIENARVLW
HGRTRDFPFE DNSGIFQAYV DIKDGDFLFA PDWPALNDLD LSLYFVNNAL VMESPSATLA
DMKISNMSAA IPSFKPGARL AIYATGEGTG DALTDLMMNS SLQKSLGNVL NNEVQISGPL
SADIKLDIPF KGKDVVASGT AHLSNNPVYI ASTKMLFDNA SGDVTFTNGN IDANALQARF
LKQPVALSLS GRQGDTYDLH VELGGRWHVH PLANYVNTDL TDYIDGESDW KTVVDLTLSN
SSFSYTANLK ADLTATQSVL PAPFDTPAGT SLPLSIVSEG NGKASNIEAR LGERIRFDGV
LPHKEMQFSR AHLALGESDI ANIGTGFSIS ANLAEADVQE WFSTINMLLS GKGKADKQKS
NAELTRVDTA QKDEKQVNLF GTPSRIFAKA EKLNFAGHSI KDAELNATER DRDWILNLTS
PQARATVRIN SDLEQQGIEI NADYLSLEKP SENIATSTTA DTSQTPPVVA NNQAVSDDES
PYDIDPNTLP PIYFYCQSCG IHGIDFGEIT LDIAKEDNGL AIRQLLVRSD DTNITASGYW
KHVGRDIQSA IKGSLTSPDV GQMLKEYGVE SGIKDSSAEV KFDISWPNAP MDFGFEALNG
DVEWSLSDGY LTELSDQGSR IFTLFSLNSL VRKLSLDFRD VFAKGFFYDD MGGTLKVVNG
KAYTDDTEID GGAGEIEITG FTDLNTGGLN YNVSFAPNVT GNLPFLVYFL ATPPTALAAL
AIDQVLTSAK VISNVNYRVT GTIKDPKFDE VERNSKDISL PAQNAPAPAN PQDRPLTEDD
VRRLKMEVID G
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