| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | HY04AAS1_1388 |
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| Symbol | |
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| ID | 6744213 |
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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 | Hydrogenobaculum sp. Y04AAS1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011126 |
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| Strand | - |
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| Start bp | 1299573 |
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| End bp | 1302809 |
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| Gene Length | 3237 bp |
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| Protein Length | 1078 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 642751205 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_002122051 |
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| Protein GI | 195953761 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0841] Cation/multidrug efflux pump |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.00288524 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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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 | ATGTACGGGA TAGCCGGAAG AATAGCAAAA TACTTTATAG ATTCCAAGCT TACGCCTATA
ATGATAATAG CGCTTTTGGC CCTTGGTATA TTTGCAGTGG TAACAACGCC GAAAGAAGAA
GACCCAGATA TCGTAGTACC AATGATAGAT ATTATGATAC CGTATCCAGG CGCTGCTCCA
AGAGAAGTAG AAAAAAGAGT GGTTACACCG TTAGAGAAGA AGCTTTGGGA ATTAAAAGAT
ATATCTTATA TATACAGCGC TTCTGGTGAT GGTTACGGTC TTGTGACCGC AAGGTTTCAC
GTTGGCACAG ACCCTATAAA AGCACTTGTG CAGTTAAACG CCAAAATGAT GGCTTCAATG
GATTTAGTAC CACCAGGCGT TCAACTACCA CCTCTTATAA AACTAAAATC CATAGACGAT
GTACCGATAA TGACACTTAC GCTGTGGGGA AAAGGATATG ACTATTATTC TCTAAGAAGG
ATTGCAGACA CCTTAGACAA CGAGCTTAAA ACCGTGCCAA ACGTAGCTCA AGTAAAAATC
TATGGTGGCC AACCAAGAAA ATTAAGGGTA ATGTTAGATC CAGCTAAAGA AGCGGCTTAC
GGTCTTTCAC CAGCTTATAT AGTACATATC ATCCAAGAGG CAAACCAAGA ACTTCCAAGC
GGTTATGTAA ATCAAAACAA TAAACTTTAT TATGTAAAAA CTGGGAACTT CATAAGATCT
AAACAAGACT TAGAAGATTT GGTGGTGGGA TGGTATGGCG GAAAACCAGT CTATTTAAGA
GACGTGGCAA CCATAACAGA CGGTCCAGGC GGTATACACA ATTACGTGAC TATGGGCTTT
GGTGCTGCTT CTAAACGCTA TGGATCTCCT ATGTACCCTG CTGTTACTAT CTCAATAGCA
AAAAGAGCAG GTACAAACGC AGTAAATGTA GCCAACGATG TACTTAAAAA GATAGATTCT
TTAAAAGGCA CTGTCGTTCC ATCAAGCTTA CATATAACCG TTACAAGAAA CTACGGGAAA
TCCGCTCAAA ACAAATCCAA CGAACTTATA GAGCACCTTT TTATAGCCAC TGCGTCTGTT
ATACTTCTTA TAGCAGTAGC TCTTGGTCTC AGAGAGTCTC TTATAGTAGC AATAGCTGTG
CCTGTGACTC TTGCATTTGC ATTGTTCTTT AGCAAGCTTT ATGGTTTTAC TATAAATAGG
GTTACGCTTT TTGCTCTGAT ATTCTCAATT GGTATATTGG TAGATGCTGC TATTGTGGTG
GTAGAAAATA TCCATAGATG GTTTGAGTTT TTCCCAGAAC TTCCAAAACA CGATGCCATC
ATAAGAGCCA CCGATGAAGT AGGAAACCCC ACCATACTTG CAACCTTTGC CATTATAGCC
GCTTTGATGC CCATGGCCTT TGTGGGTGGT TTGATGGGTC CTTACATGAG GCCAATACCA
GTAAACGCCA GTGCAGCGAT AGTTTTTTCT TTGTGGGTGG CTTTTACAAC AACCCCTTGG
GCAGCCTATA GACTTTTAAA GCACGAACAT CATGATCATA ATAAAAGCCA AAAACCTATC
ATAAATATAA AAGATACCGT ATTTTGGAAA CTATACTGTA AGATGGTAGA ACCTCTTCTT
ATATCAAAAT CAAAAAGAAG CCTATTTTAC ATAGCCGTTT GGTCTTTATT GGGTATATCT
GTAGCTCTTA TACTAAGTAG GGCTGTAATA GTAAAGATGC TTCCTTTTGA CAACAAATCA
GAGCTATCGG TAGTCTTAAA CATGCCAGAA GACACCACCA CAGAACAAAC ATACTTAGTG
GCTAAAAAGA TCGCCGATTA CATAGCAAAA CAAAAAGAGG TCAAATACTA TCAAATATAT
GCAGGTTTGC CAAAACCCTA TGGTTTTAAC GGCCTTATAA GACACTACTA TCTTAGAACA
AGACCTTACT ATGCCCAGAT CGCCATAGAG CTTGTTGGAA AAGATAAAAG AAAGATAGAA
TCCCACGCTT TTGCCCAGTC GTTAAGGCCA ATGGTACAAA AGATAGCTTA CTCCATGGGA
GCTTCTTATG TGGCTGTAGT AGAGACCCCG CCAGGACCAC CAGTTTTAGA CCCAATAGTA
GCTCAGATAT ACGGTCCAAC GCTTTCTTCT CAAAGGACTT TTGCCAAGCA GGTTTTAAAG
CTTTTTAGAA AAGATAAAGA AATAACCGAT AGCGGTATAT ACTTAGAATC AAACGCTCCT
CAAATAGATT TTGTGATAGA CCAAGCAAGG GCGGCCCAGT TTGGGGTTTC AAAAAAGGAT
ATAGTAAGGA CTTTAAGAGT GGCAACGGCT GGTTATAATG CTGGTATCAT CCAGTCCACA
GACACGGAAG CAGTACCAAT AGAAGTAAGG ATAGCAAGAC CTTATAGGAC GCTTCAAAAC
CTTGAAAACC TACAAATACC CAACAAACAA GGTCAGCTTA TACCACTATC AAACCTCATC
AAAATAGTAA AACACCCTAT ACACAAAACC ATCTATCACG AAAATCTAAG AAGGGTAGTA
TATGTGGTAG GAGATGTGGC AAAAGGTGCA GGTGCACCAT TTTATAGCAT ATGGGATATA
AGGAAAAAGG TTTTAAGCAT ACCTAACCCG TATGGCCATG TATCAGAACT TTGGATGTCT
TTCCCAAAGA TTACAAATCA TATATATGTA AGATGGGGCG GTGAGATGTA CATCACACTA
CAAGTGTTTA GAGATCTTGG CATTGCTTTT GCCGGTGCTC TTTTCATAAT CTATATCCTC
ATAGTAGGAT GGTTTAAAGA CTTCAAAACC CCTGGTATCA TCATGTCTCC TATTCCACTA
ACTTTAGTTG GTATAGTCCC AGGACACTTT ATACTACACG CTTTCTTTAC AGCCACTTCT
ATGATAGGTT TTATAGCTCT TGCTGGTATA ATCCTTAGAA ACTCAATACT TCTTGTGGAA
TTTGCAGAAC AGCGTATAAG AGAAGGAGTA CCTCTTCATG TGGCTGTGGT AGAAGCCGGT
GTCATAAGAA CAAGACCGGT GCTTTTAACA GCGGCAGCCC TTATAGTTGG TGCTTTTGTT
ATCATATTTG ACCCGATATT CAACGGCCTT GCCATATCCC TTATTTTTGG TACAATAGCC
TCCACTGCCC TTAGCTTGGT GCTTATACCA GTTATGTATT ATGGGTCTAA AGTAAAAGGC
TTGCCCCCAG AAGCTTGCCC ATTGCCAGAA GAAATAAGTA AAGACCTAAG AAGTTAG
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| Protein sequence | MYGIAGRIAK YFIDSKLTPI MIIALLALGI FAVVTTPKEE DPDIVVPMID IMIPYPGAAP
REVEKRVVTP LEKKLWELKD ISYIYSASGD GYGLVTARFH VGTDPIKALV QLNAKMMASM
DLVPPGVQLP PLIKLKSIDD VPIMTLTLWG KGYDYYSLRR IADTLDNELK TVPNVAQVKI
YGGQPRKLRV MLDPAKEAAY GLSPAYIVHI IQEANQELPS GYVNQNNKLY YVKTGNFIRS
KQDLEDLVVG WYGGKPVYLR DVATITDGPG GIHNYVTMGF GAASKRYGSP MYPAVTISIA
KRAGTNAVNV ANDVLKKIDS LKGTVVPSSL HITVTRNYGK SAQNKSNELI EHLFIATASV
ILLIAVALGL RESLIVAIAV PVTLAFALFF SKLYGFTINR VTLFALIFSI GILVDAAIVV
VENIHRWFEF FPELPKHDAI IRATDEVGNP TILATFAIIA ALMPMAFVGG LMGPYMRPIP
VNASAAIVFS LWVAFTTTPW AAYRLLKHEH HDHNKSQKPI INIKDTVFWK LYCKMVEPLL
ISKSKRSLFY IAVWSLLGIS VALILSRAVI VKMLPFDNKS ELSVVLNMPE DTTTEQTYLV
AKKIADYIAK QKEVKYYQIY AGLPKPYGFN GLIRHYYLRT RPYYAQIAIE LVGKDKRKIE
SHAFAQSLRP MVQKIAYSMG ASYVAVVETP PGPPVLDPIV AQIYGPTLSS QRTFAKQVLK
LFRKDKEITD SGIYLESNAP QIDFVIDQAR AAQFGVSKKD IVRTLRVATA GYNAGIIQST
DTEAVPIEVR IARPYRTLQN LENLQIPNKQ GQLIPLSNLI KIVKHPIHKT IYHENLRRVV
YVVGDVAKGA GAPFYSIWDI RKKVLSIPNP YGHVSELWMS FPKITNHIYV RWGGEMYITL
QVFRDLGIAF AGALFIIYIL IVGWFKDFKT PGIIMSPIPL TLVGIVPGHF ILHAFFTATS
MIGFIALAGI ILRNSILLVE FAEQRIREGV PLHVAVVEAG VIRTRPVLLT AAALIVGAFV
IIFDPIFNGL AISLIFGTIA STALSLVLIP VMYYGSKVKG LPPEACPLPE EISKDLRS
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