| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Gmet_2165 |
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| Symbol | |
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| ID | 3741317 |
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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 | Geobacter metallireducens GS-15 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007517 |
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| Strand | + |
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| Start bp | 2442671 |
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| End bp | 2445955 |
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| Gene Length | 3285 bp |
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| Protein Length | 1094 aa |
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| Translation table | 11 |
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| GC content | 64% |
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| IMG OID | 637779459 |
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| Product | Integrins alpha chain:multicopper oxidase, type 2 |
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| Protein accession | YP_385119 |
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| Protein GI | 78223372 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG2132] Putative multicopper oxidases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 23 |
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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 | 24 |
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| Fosmid unclonability p-value | 0.0000701868 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAATGATC ACCCACCATG GAAAACCGGA ACCAGGCTGC TCTCCGCCCT CACCTTCCTG
GGCCTGAGCA TCACGTCAAC CGCCCACGCG GTGCCTGTAC CGGGGGGGAC CGTCGACCCC
GCCAGCATCC CCAAGTACGT GACCCCTCTG GTCATCCCCC CGGTGATGCC CGCAAGTGTC
TCGTCACCGG CCCCGGCGGC CAAATATGAC ATCGCTGTCC GCCAGTTCAA ACAGCAGATC
CTTCCCGGCG GCATCTGGGG GAGCAGCTTC CCCAACCCGC TCGCTGCTGC GCCGGCAACG
GTCGGCCCAT TCCCTGCCAC AACCGTGTGG AGTTACGGCC GGGCATCGGA CCCGCAGCCG
GATTCAACGG CGATCGTGGG GGGAGGCGTA GGGATCGCGC CGGCCACGAA CTCGAGCTTC
AACTATCCGG CCTTCACCGT GGAAAACACC TCGAACGTGG CTACCTCGGT GCGCTGGAGC
AACGATCTGG TCGCCGATCC GGTTGCCTGC GCGGCATCTC CCAACAAGAG CGTCGCCGCG
TGTAATTTCC TGCCTCACCT CTTCAGCGTG GACCAGACCA TCCACTGGGC CAACCCGACC
GGCACGGGCT GCGTCATGGC CATGAACCCC CTCGGGGTCG ATTGCCACAC GGCCAATGCA
GCTCCCTACA TCGGTCCGGT CCCACTGGTG ACCCACGTCC ACGGCGCCCA TGTCATGCCC
CATAGCGACG GCTATCCCGA AGCGTGGTGG CTCCCCGGCA CCCCCGGCAC CAAGGGGATT
CCAGCCAGCT ATGTGGAGCG CGGCACGAAA TACGACCAGG CCAACACCGC CAACGCCATC
GCCGGCACGG CCTACTTCAA CTACCTCAAC ACCCAGCCGG CCACAACGAT CTGGTATCAT
GACCATACCA TCGGCATGAC CCGGCTTAAC GTCTATGCAG GCCCGGCCGG TTTCTGGCTC
ATCAGGGGGG GCGTGAACGA TCTGGCAGCC GGCAGCCTTC CCGGCCCGGC ACCGACCGTC
GGGCAAGACC CGAACCTAAC CCCCGCGACC CGCAACGCCA TCCGCGAGGT GCCGATTGTC
ATCCAGGACC GTTCGTTCGA TTGGGCCGAT GCCGCCGGCA ACACGCTCCC CACGTCGACG
GGGGCCACCC AGGCCAAGCT GTTCTACCCG TCCAGCCGCC TCTTCTTCGA CGGCTTCACC
GGACCGTACA TCGGTGGAGT CGGCACCCCT GCCGGTCCTT CGGACATCTC CCCCATACTC
AACCCCGAAG TGTTCTTCAA CACCATGGTG GTCAACGGCA CAACCTGGCC GAAATTCACC
GTGGCGCCGA CCAAATACCG CTTCCGCTTC CTGGACGGCT GCAACTCCCG GACCCTCAAC
CTCTCGATGT ATGTGGTAAC CGCCGGCCCC GACGGCAAAT GGGGCACGGC CGACGACGTG
AAGACCACTA CGGAAATCCC CTTCTACCAG ATCGGCGGCG ATCAGGGGTT CCTTCCCAAG
GTCGTCAAGA TCACCAAGGG CTTCGCTACC GCCCTTCCCG GGAACGGGAC CATCCCGGCA
GCCGTGGCCG CTCCCTCCAC CGAACAGGGT TTGTTGATGG GTCCGGCTGA ACGTGCCGAC
GTGATCATCG ACTTCACCGG TCTGGCCAAC GGTACCCATG TCCGGATTTT CAACACGGGT
CCCGACGCCC CCTTCCAGGG GTTCCCGGCC AACCTGGCAC TCTATGCGCC GGCCGATCCG
CTCACCTCCG GACAGGTGAT GGATTTCATC GTCGACTCCG TTGCCGTTCC CGTGCTCCCG
AGCGACGCAA CCACAACGAC GGTGCAGAAC CTCGTCCTCC CCAGCGAGGC ACCCCTCGGC
GCACCGGTGC CCACTCCCCG CAAGGTTTCC CTGAACGAGC TGGACTCCGC CCAGGTCTGC
GTCGAAGTCA ATCCGGTCAC CGCGGCAATC GTCCGGACGA TTTTCAGCAC CTTCGCCGGG
GATCCGAACT TTGCGGCCAA CTGCGCGAAG GCGGCGGTCC TCACACCGGG TGATGTGCCG
TTGCCGGCAG GCCCCCGCAT AACGCTCCTC GGCACGCTGT CCGCCGACGG GCTTACGGCG
GTCCCGTTGA ACTGGAATGA TCCGCTCACC GAACTGCCGC TTCTCAGCAG CACCGAAACC
TGGGAAATCT ACAACACCAC CATGGATGGA CATCCTGTCC ACGTACACCT GGTGCGGTTC
GAGCTGGTCA ACCGGCAAAA ACTCCTCGCC GCCACCCTGA CGCCGGACCC CGCGGCCGGC
AGCACGACTC TCCCGCAACC CAACGAACAG GGCTTTAAAG ACACCATCAT CGCGCTGCCC
GGACAGGTTA CCCGGATAAA GGCAAAGTTC GACATCGAGG GGCTCTATGT ATGGCACTGC
CATATCGTCG AGCATGAAGA CAACGAGATG ATGCGCCCCT ATGTGGTGCA CAAGGCGCGG
CTCAACGCCG ATTTCGACGG CGACGGCAAG ACCGACCTGG TGGTCTGGCG CCCCAACACG
GGTGACTGGC TGCACATGCC ATCATTCACC AACATGACCC GCACGGTCAA CTTCGGCACC
ACCGGCGATA AGCTGGTCCC CGGCGATTAC GACGGCGACG GCAGGGTCGA CATGGCTGTC
TGGCGCCCCT CCAACGGCCA CTGGTACTTC ATGAACAGCA TCACCGGCGC CCAGAGCACC
GTCAGCTACG GGACCATGGG CGATACCCCC GTCCCCGGCG ACTATGACGG CGACGGCAAG
ACCGACATGG CCGTCTGGCG CGGCGGCAGC TGGTTCATCA AGAATAGCGC CACCGGCACC
CAGAGCACCC CCAGCTACGG GACCACCGGC GACATCCCCG TTCCCGGCGA CTACGACGGC
GACGGCAAGA CCGACCTGGC TGTCTGGCGC CCCACCAACG GGACCTGGTA CATCACGAAC
AGCGCCACCG GCACGCAAAC CACCGCGGCT TACGGGACCA CCGGCGACGT TGTCGTCCCC
GGCGACTATG ACGGCGACGG CAAGACCGAC ATCGCCGTCT GGCGCAACGG CACCTGGTTC
ATCAAGAACA GCGGCAACGG CACCCAGAGC GTCATCAGTT ACGGGACCGC CGGCGATATC
CCCGTACCGG GCGACTACGA CAGCATCGGC AGGACCAGCA TCGCTGTCTG GCGTCCTTCC
AACGGAACCT GGTATATCAT GGACACCGTC ACCGGCAAGC AACGGACGGT GAGTTGGGGC
CTGTCCACCG ATCAGCCCGT CCAGGCAAAC CAGCCAGTGA AGTAA
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| Protein sequence | MNDHPPWKTG TRLLSALTFL GLSITSTAHA VPVPGGTVDP ASIPKYVTPL VIPPVMPASV
SSPAPAAKYD IAVRQFKQQI LPGGIWGSSF PNPLAAAPAT VGPFPATTVW SYGRASDPQP
DSTAIVGGGV GIAPATNSSF NYPAFTVENT SNVATSVRWS NDLVADPVAC AASPNKSVAA
CNFLPHLFSV DQTIHWANPT GTGCVMAMNP LGVDCHTANA APYIGPVPLV THVHGAHVMP
HSDGYPEAWW LPGTPGTKGI PASYVERGTK YDQANTANAI AGTAYFNYLN TQPATTIWYH
DHTIGMTRLN VYAGPAGFWL IRGGVNDLAA GSLPGPAPTV GQDPNLTPAT RNAIREVPIV
IQDRSFDWAD AAGNTLPTST GATQAKLFYP SSRLFFDGFT GPYIGGVGTP AGPSDISPIL
NPEVFFNTMV VNGTTWPKFT VAPTKYRFRF LDGCNSRTLN LSMYVVTAGP DGKWGTADDV
KTTTEIPFYQ IGGDQGFLPK VVKITKGFAT ALPGNGTIPA AVAAPSTEQG LLMGPAERAD
VIIDFTGLAN GTHVRIFNTG PDAPFQGFPA NLALYAPADP LTSGQVMDFI VDSVAVPVLP
SDATTTTVQN LVLPSEAPLG APVPTPRKVS LNELDSAQVC VEVNPVTAAI VRTIFSTFAG
DPNFAANCAK AAVLTPGDVP LPAGPRITLL GTLSADGLTA VPLNWNDPLT ELPLLSSTET
WEIYNTTMDG HPVHVHLVRF ELVNRQKLLA ATLTPDPAAG STTLPQPNEQ GFKDTIIALP
GQVTRIKAKF DIEGLYVWHC HIVEHEDNEM MRPYVVHKAR LNADFDGDGK TDLVVWRPNT
GDWLHMPSFT NMTRTVNFGT TGDKLVPGDY DGDGRVDMAV WRPSNGHWYF MNSITGAQST
VSYGTMGDTP VPGDYDGDGK TDMAVWRGGS WFIKNSATGT QSTPSYGTTG DIPVPGDYDG
DGKTDLAVWR PTNGTWYITN SATGTQTTAA YGTTGDVVVP GDYDGDGKTD IAVWRNGTWF
IKNSGNGTQS VISYGTAGDI PVPGDYDSIG RTSIAVWRPS NGTWYIMDTV TGKQRTVSWG
LSTDQPVQAN QPVK
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