| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_01203 |
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| Symbol | |
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| ID | 6775218 |
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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 | 1283963 |
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| End bp | 1288042 |
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| Gene Length | 4080 bp |
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| Protein Length | 1359 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 642754640 |
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| Product | AAA ATPase containing von Willebrand factor type A (vWA) |
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| Protein accession | YP_002125511 |
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| Protein GI | 196156022 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG5271] AAA ATPase containing von Willebrand factor type A (vWA) domain |
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| TIGRFAM ID | [TIGR03504] FimV C-terminal domain
[TIGR03505] FimV N-terminal domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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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 | TTGTCTGGCC CTATTATTAC TGTAGATGCA CAGGAACGTG TTACCTTTCT AAAAGGTCCT
AAGGACGCTA CCGACCAATT TTCAGGGTTG GAATATGGCC CTATAGATGC CAACGACACT
CTGTGGCGAA TTGCCGAGCG TTACCGCCAG AATAATAACC TGAGTGTTTA TCAGGTGATG
GCTGCCATTT ATGAACTTAA CCCCAACGCT TTTGAAAACG GCAATTTAAA CCTATTGGTT
GATGGTGCTG TTTTGAAGCT GCCATCAGAA CGCTACATAG CTCGTATTGA TAAGCAAAAA
GCCCAAATGC GCGCTGAACA GGACGATAGG GCATTTGCAG AAATGCTTAA CCAGCCTGGC
AGCAGTGTCA AAAACATTAA ACCGGCGTCT CCTTTAGTTA ATCAGCAAGA CCTTACCCAA
ACACAAACTG ACATTGAGCA GAAGATAACC CGTTTAGATG CAGAGCAAAC ACGTCAATTC
GATGAGTTGC GTATGCAATT TGCTGCTTCA TTGGAAAACG TAGAAGCCAT TCTTAACGAA
AACAGACGGC TGTACGAGCG CGTTGAAGCA GTGAATGGGG AGCTAGAATC ACTACGAGGG
CAAGTTGAAG GCGACGTAAA ATCACAGCTT GATATGCAGG TAGCGCTGCA GCAAGAGTTG
CTGGATATGA TTAAGGCCGA GCAAGCACAG CGCGAAGCAG AGAAGCAGTC ATCTTTTCTT
TCAGCACTAA CTAGCCCAAT TAGTTTAATA ACCGGTTCGG CGCTGCTCTC GCTATTGCTC
GTGGGTGGCT TAATCATGTG GCTATTGAAA CGCAATAGCA AACCGGAAGA AGAACCTTCG
CCCGGCCCTA CGATTACTTC CGAAAGTGAT GATGTACCTG TGCCTGACGC GGATATCGGC
GATCTTTCAA GTGCTCTTGC GCCAGATTTA GACGATAACG CAGAGTTGTC AGACGATGAT
TTATTTAACG ACGATGATTT ACTTGATGAC GTACTGACAT CTGATTTAGA GGAAAGCTTG
GATGACGAAC TTGAAACGTT TGCAGACCTT GAAGACGACA TGTTGGTGCC AGATGATGGC
GGCGACGATC TATTTGAGGC CGGTGACGAC GAGTTGGACC AAAGTGAGTT AGACAGCCTG
TTCGATGACG ATGACTTATC AGATAAAGTC TTAAATGATA ACGATGATGA TGACCTAGAA
GGTTTCGACT TATCAGGCGA TGACGATGTT TTCGAAGAGA GCGGCGACGA CAGTAGCGAG
CAGGAATCAA GCGAATCTGA CGATGAATTA GCAAGCGATG ACGTTGAAGA CTTCGATATC
GATGACTTAC TCGACGATGT GCAGAGCCAA GAAGCGAATG AGCCAGATAC CGACGAACTG
GCGGATGTCG ATGATATAGA CCCTGATGAG ATTTTAAATG AGGTCAATGA AGCATCTGAA
TCAGGTAACG TTGATGAAGA TGATATTGAC GCGTTACTAG CAAGCTCTGT GGAAGAGGTT
GAAAACGACG TTGATGATAA AGAAGAAAGC GAAAGCCTAA CCTCGCTTCC GAGTGTGGAA
GATGAGGATG ATAAGCCCGA GATAAGTATT GACGACTTGC TAGAAGAGCA TGGCGTTGAC
GCGGGGCTTA CCGATGAATT AGATAGTAAT GATGACCTCA TTAACGAGGA TATGCTGAGT
AAGCTTGATG ACGAGATTAA TCAGCAGAAC AAAGAAATAG ACAAAATAAC CGACGATTTG
CTTAATGAAA TTGAGCAGAT AGAGATGATG GGCGGTCTCG GTGACGATGA TGAAGATGAC
GATTTTGATG AAGAAATAAC GACAACGTCT CCTTCGCCGC AGTCTATTCA AAGCCTTGAC
GCTATCACTG ATGATTTAGA TGAATTTGAT AGCGATGAGA TAATTGATAG TGACGAGATA
GAGTTGGATG CTGATTTTAG CGACCCACTA TCCGACGATC TTATTGCAGA GCTACAGGCC
GAGGATGAAG CTGCTGAACC GGATGGTGAA GAGCCTTTAG CGGAAAAACA GCCTTTAGCG
GAAAAACAGC CTTCAGCGGA AAAACAGCCT CTTACGTCTG ACGCCCCGTC AGAAGAAAGC
GCCCCTTCGG ATGTGTCGGA ACCAATGTCT GAAAGCGATG ATGGTGAATT CGAAGACCCA
TTTACCGATG AATTACTTGC TGAACTTGAA GCTGAATTAG AAGAAGAGCC TGAGGTTAGT
CCTGAGTCTG ATGACGAAAG TATAGACATT TCAGACGGTG TAGATACGGA CAATGCCGAA
AGTACCGAAA GTGAAGACAA TGAAGGCAGC GAAGATAATG AAGCAGACTT TAGCGACCCA
TTAACTGACG AACTACTCGC GGAACTGGAA GCGGAAGAGT CGAAAAGTAG CGAAGATGTA
GACCTACTAA CCGACGAATT ATTGGCGGAA CTCGAATCAG ACGCAGTACA GGACAGCGAC
GAAGCCGCAG GTGATGAAGT AGAGCTAGAG CCTGCGCTCG AAGAAGACGA ATCAGCAGGC
GAGGCCGCAG ATGAAGCAGC AGAGTTAGAG CCTGCGCTCG AAGAAGACGA ATCAGCAGGC
GAGGCCGCAG ATGAAGAAGC AGAGTTAGAG CCAGCGCTTG AAGAAGACGA ATCAGCAGGC
GGAGTCGCAG GTGATGAAGT AGAGCTAGAG CCAATGCTCG AAGAAGACGA ATCAGCAGGC
GAGGCCGCAG ATGAAGAAGC AGAGTTAGAG CCAGCGCAGG AACAAGGTGA AACATCTGGC
GATCCACTAG ATGATGCTAT TGAAGCGTTT GAAAGAGAAA TGATGGATGA TATTCCATCG
TTTAGTCAGA TGGATACTGA TGCTGTTGAC GAAGAAGATA CTAGCTCAGC GCAAGAGAGT
ACCTCACAAC AAGATACGCC TATCGAAGAT GAGCCGTCTT CCGATAAGGA TGAATATGAC
GATAGTTTGT TAGATGCGGC GTTTGATGAC ATAGACAGTT TTGAACTTGA ACAGGAAGTT
GATGGTGTTG TTGACGATGA AGCGCCACAA TCAGAAGAAA GTGTCGAAGA TGATGCGCTT
TCAATAGATG AAGAAACTCC TGCTGCTGCA AGTTCAGACG AAGAAAACCC AATTGATGAA
AATAGCGTTC AGGATAGTAA ACAAAGCGAG TTTAACGAGC TTGACGATGT ACCAGGCCTT
GATGATTGGT TAACTGGTTC AGACGATGAC GATTCGGTGG ACGACAATGA AATACTGGAC
GATTTAGATA GCGCAGAGTT TGATGAATTA CTTCAAAGTC TTGAGTCGGA CGGTTTAGCT
GAACCTGCTG ATATTGATGA TGAAGATGAA TCCACGGATT CTGAGCCAAA GCAAGATAAC
GAGGCTGAAG ATACCTTCGA GCTTGAGCAA GATGATGAGG CCGAAGATAC CTTCGCGCTA
GAGCAAGATG ACGAAGCCGA AGACACCTTC GGGCTAGAGC AAGATAACGA GGCTGAAGAT
ACCTTTGAGC TTGAGCAAGA TGATGAGGCC GAAGATACCT TCGCGCTAGA GCAAGATGAC
GAAGCCGAAG ACACCTTCGA GCTTGAGAAC GACACAGACG AGTTAGATGA TCTTGCTATT
CCAGATGACG TTGATTTAGA TATCGCCACG CCATCTGAGG TCGAGCCCGA TGGGCCGCTG
TCAGAAGAAG CACAAAGCTC TGAAACGCAA GAGAACGACC TGAAGCTTGA TAACCCTGAC
TTAGACCTAG CGGCATTATT AAGTGACGGA GAAAGTGAAG GTGATTCGCA AACGCCACCT
GAAGATTTTC TAGACGTAGA ATCGTTAATG GATGACGGTG ATGATGGAAA TACAATAGAC
CCAGACAGCC AAATGCTAGA CCTTGACGTG AGTTTATCTG ATTTCACAGG CGTATCTGAT
GAGGATACTG TTATTGATAT TGATAAAGAC GCAGGTCAGA ACGCTAACCT TGATTTGGCG
CGAGCTTATA TAGAAATGGA AGATGTGGAA GCGGCAAAAG AGTTACTTGA CGAAGTAATA
AAAGAGGGTA GTGAAGAGCA AAAGCAGGAA GCGGAGTCCA TACTGGCTAA AATCGTATAG
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| Protein sequence | MSGPIITVDA QERVTFLKGP KDATDQFSGL EYGPIDANDT LWRIAERYRQ NNNLSVYQVM
AAIYELNPNA FENGNLNLLV DGAVLKLPSE RYIARIDKQK AQMRAEQDDR AFAEMLNQPG
SSVKNIKPAS PLVNQQDLTQ TQTDIEQKIT RLDAEQTRQF DELRMQFAAS LENVEAILNE
NRRLYERVEA VNGELESLRG QVEGDVKSQL DMQVALQQEL LDMIKAEQAQ REAEKQSSFL
SALTSPISLI TGSALLSLLL VGGLIMWLLK RNSKPEEEPS PGPTITSESD DVPVPDADIG
DLSSALAPDL DDNAELSDDD LFNDDDLLDD VLTSDLEESL DDELETFADL EDDMLVPDDG
GDDLFEAGDD ELDQSELDSL FDDDDLSDKV LNDNDDDDLE GFDLSGDDDV FEESGDDSSE
QESSESDDEL ASDDVEDFDI DDLLDDVQSQ EANEPDTDEL ADVDDIDPDE ILNEVNEASE
SGNVDEDDID ALLASSVEEV ENDVDDKEES ESLTSLPSVE DEDDKPEISI DDLLEEHGVD
AGLTDELDSN DDLINEDMLS KLDDEINQQN KEIDKITDDL LNEIEQIEMM GGLGDDDEDD
DFDEEITTTS PSPQSIQSLD AITDDLDEFD SDEIIDSDEI ELDADFSDPL SDDLIAELQA
EDEAAEPDGE EPLAEKQPLA EKQPSAEKQP LTSDAPSEES APSDVSEPMS ESDDGEFEDP
FTDELLAELE AELEEEPEVS PESDDESIDI SDGVDTDNAE STESEDNEGS EDNEADFSDP
LTDELLAELE AEESKSSEDV DLLTDELLAE LESDAVQDSD EAAGDEVELE PALEEDESAG
EAADEAAELE PALEEDESAG EAADEEAELE PALEEDESAG GVAGDEVELE PMLEEDESAG
EAADEEAELE PAQEQGETSG DPLDDAIEAF EREMMDDIPS FSQMDTDAVD EEDTSSAQES
TSQQDTPIED EPSSDKDEYD DSLLDAAFDD IDSFELEQEV DGVVDDEAPQ SEESVEDDAL
SIDEETPAAA SSDEENPIDE NSVQDSKQSE FNELDDVPGL DDWLTGSDDD DSVDDNEILD
DLDSAEFDEL LQSLESDGLA EPADIDDEDE STDSEPKQDN EAEDTFELEQ DDEAEDTFAL
EQDDEAEDTF GLEQDNEAED TFELEQDDEA EDTFALEQDD EAEDTFELEN DTDELDDLAI
PDDVDLDIAT PSEVEPDGPL SEEAQSSETQ ENDLKLDNPD LDLAALLSDG ESEGDSQTPP
EDFLDVESLM DDGDDGNTID PDSQMLDLDV SLSDFTGVSD EDTVIDIDKD AGQNANLDLA
RAYIEMEDVE AAKELLDEVI KEGSEEQKQE AESILAKIV
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