| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ping_0869 |
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| Symbol | |
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| ID | 4624583 |
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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 | Psychromonas ingrahamii 37 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008709 |
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| Strand | + |
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| Start bp | 1088410 |
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| End bp | 1091526 |
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| Gene Length | 3117 bp |
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| Protein Length | 1038 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 639796072 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_942310 |
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| Protein GI | 119944630 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.0434774 |
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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 | 23 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACAGGGG TTATTGAGGG GACATTATCA CGTAAACGTG TGGTCCTAAC GTTGTTAGCT
TTTTTATTGA CCGCGGGTCT TTCTGCTTAT ATTAATATCC CTAAAGAGGC CGAGCCCGAT
GTGCCTATTC CCATTATATA CGTCTCTGTT CGCCATGAGG GGATCTCGCC GGAAGATGCT
GAACGTTTAC TGTTACGTCC CCTAGAGCAG GAATTGCGTG GCATTGAGGG GGTTAAGGAG
ATGAAATCCA CCGCCAGTAG CGACTATGCC TCTATTGTTT TGGAGTTTTA TGTCGGAATT
GATATTAAAG ATGCGTTGAT CAATGTGCGT GAGCAGGTGA ATCAGGCAAA GGGTAAATTG
CCGCAGGAAG GGGATGAGCC GATTGTTAAA CAAGTGACCT TAGCAACGGA AAATCCCGCG
CTCACTATTT TATTATCCGG CAGTGCGCCC GAGCGGGCAA TGGTTATTCT GGCGCGCACT
CTGCGCGATA ATATCGAAGG ATTTGCAGAA GTTTTAGAGG TTAAGATAGG GGGGGATCGT
GAAGAAATGG TGGAGATTTT AGTGGATCCA TTATTAATGG CAAGTTACCG GCTTAATATG
AATGATATCT ACACCTTAGT TTCTCGTAAT AATCGTCTTG TTGCCGCCGG TATCATGGAT
ACCGGTAAGG GGCGTTTTCC TATTAAAGTT CCGTCTGTTT TTTCAACCAT TCAAGATGTC
ATGGCAATGC CGATTAAGGT TAGCGGTGAT CGAGTGCTAA CTTTTGCTGA CGTTGCCCAA
ATTAGGCGCA CCTTTAAAGA TCCCGCTGGC TTTGTCAGAG TTAATGGTTT ACCGACTATC
TCTCTGGAAG TGGTTAAACG TCCGGGTGAA AATATTATTG CGACTGTCGA TAAAGTGAAA
GCCTTTATTG TTGAGAACGA AGTCTTATTG CCGAATAATA TCCACATAAG TTACGCTGGC
GATCGCGCTA AAGATGTAAA AAACATGCTT AACGATCTGC AAAACAATGT CCTTAGCGCA
GTATTATTAG TGGTCATTGT GATCGTTGCT ATTCTTGGCG TTAGAAGTGC AGCGTTGGTG
GGTATCGCTA TTCCCGGTTC CTTTTTAACC GGCATTCTAG TACTTTGGAT GTCCGGCATT
ACGGTTAATA TAGTCGTGTT ATTTGCACTG ATTATGTCCG TTGGTATGTT AGTCGATGGT
GCCATAGTGG TCACCGAATT TGCCGATCGG GAGATGACGG CTGGGACAGA TCGTCATAAT
GCTTACCTTA ATGCTGCCAA GCGCATGGCA TGGCCTATTA TTGCATCAAC AGCCACCACG
CTGGCAGCTT TTGCCCCGTT ATTATTCTGG CCCGGTATTA CCGGTGAATT TATGAAATAC
CTGCCACTCA CGTTAATTGC AACCCTAACG GCTTCTTTGG CGATGGCACT GATCTTTGTG
CCGGTTCTGG GCAGTGTTTT TGGAAAACCG CGCTTATTAT CGACAAAAGA AAAAAATAAT
GCCCTATTGG CAGAAAACGG CAACTTATTA AAATTAACCG GTTTTACTGG TTTCTATGTA
AAAACACTCC ATAAAGCCAT TAAAAGTCCC TGGATCGTCT TGTTTTTGAC CACTGCGGTT
GCCATTTCCG GCGTTGTTTT GTTCGCAAAA TCAAATTTGG GCGTAGAGTT TTTTCCACAG
GTTGAGCCAT CGGGTATTAA TATTAAAGTG CGTTCCTATG GCGATTTTTC AATCGATGAA
CAAGATCAGA TTATGTCTGG TATTGAGCAA AAAATATTAC CACTGCAGGA TGAAATTGAT
ACGCTTTATC TTAAAACGGG TGATACCACG GGGGAATCGA TTGGCAGTAT GCGTCTTAAT
TTAATTGATT GGCAAGACAG GCGCAGTGCA ACGGACATTA TTGCTGATCT ACTTGATCGT
ACAAAAAATC TTCCGGGTAT TGAAATTGAG ATAACAAAAG ATCAGGCCGG CCCACCGGGC
GGTAAGGCCT TACAAATTGA AATAGGCTCA AGGTACCCGG AACTGTTACA GGAAAATGCC
GATAAAATTC GCCATGCGCT GCAGGAAAAA CCGTATTTTG TCAATATTGA AGATGATGGT
GAAAAACCCG GTATTGAATG GCAATTTATC ATTAATCGTG CTGATGCAGC ACGTTATGGG
GCTGATGCTA CTCTGCTGGG AAGTGGCGTG CAGTTCTTAA CCAATGGGTT AATGCTCGGG
AGCTACCGTC CCGATGACGT TGATGACGAG TTAGATATTC GGGTCCGTTA CCCTGAGAAT
GAAAGGACCT TAAGTAAACT TTCAGCACTG CGTTTGCAGA CTCGTGCAGG GCAGGTGCCG
GTCAGTCATT TTGTGGCGCT TATCCCATCC GTAAAACAAT CCTCAATAAA AAAAGTGGAT
AGCCGTATTG TGATGACGGT CAGTGCAGAT ATGGCTGAAG GTTATAACTT AAGTCTTATC
TTACCAGAGC TTGAAAAAGA GTTACTGGGC TTAGCGCTGG ATCCTCGCAT TAGTTTGAAA
GTGCGTGGAG AAAATGAAGA TCAGCAGGAA GCCGCCGCGT TTTTAAAAAA TGCTTTTATG
GTTGCACTGG CGGTGATGGC CCTGATTTTA ATACTGCAAT TTAACTCTTT TTATCAAGCT
TTTTTAATTT TGAGCGCCGT TGTTTTTTCA ACCACAGGGG TCTTTTTCGG GTTGTTTTTA
AGCCAAAGTG CTTTTGGCAT AGTAATGTCA GGCATTGGTG TTATTGCTCT GGCGGGGATA
GTGGTCAACA ATAATATTGT GTTAATTGAT ACTTATAATG TTTTAAAAAA CACTGGGGAA
ACCACTGAGA ATACAATCTT AAGGACCGGG GCACAGCGTA TCAGGCCAGT GTTACTGACC
ACTGTCACCA CTATTTTTGG CTTAATTCCC ATGGTTTTAA AAGTTAATCT TGATTTTTTT
ACACGCAGTA TTGAATTTGG TGCACCTTCT ACTCAATGGT GGGCTCAACT GGCGACTGCG
ATTGCGGGAG GGTTGACCTT TGCAACCTTA TTGACCCTTG TTTTGACACC TTGTTTATTA
ATGATTGGTG TTAATTCATC AGCATATTTT AAGCGCCATA CAACAAAAAA ACAGTAG
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| Protein sequence | MTGVIEGTLS RKRVVLTLLA FLLTAGLSAY INIPKEAEPD VPIPIIYVSV RHEGISPEDA
ERLLLRPLEQ ELRGIEGVKE MKSTASSDYA SIVLEFYVGI DIKDALINVR EQVNQAKGKL
PQEGDEPIVK QVTLATENPA LTILLSGSAP ERAMVILART LRDNIEGFAE VLEVKIGGDR
EEMVEILVDP LLMASYRLNM NDIYTLVSRN NRLVAAGIMD TGKGRFPIKV PSVFSTIQDV
MAMPIKVSGD RVLTFADVAQ IRRTFKDPAG FVRVNGLPTI SLEVVKRPGE NIIATVDKVK
AFIVENEVLL PNNIHISYAG DRAKDVKNML NDLQNNVLSA VLLVVIVIVA ILGVRSAALV
GIAIPGSFLT GILVLWMSGI TVNIVVLFAL IMSVGMLVDG AIVVTEFADR EMTAGTDRHN
AYLNAAKRMA WPIIASTATT LAAFAPLLFW PGITGEFMKY LPLTLIATLT ASLAMALIFV
PVLGSVFGKP RLLSTKEKNN ALLAENGNLL KLTGFTGFYV KTLHKAIKSP WIVLFLTTAV
AISGVVLFAK SNLGVEFFPQ VEPSGINIKV RSYGDFSIDE QDQIMSGIEQ KILPLQDEID
TLYLKTGDTT GESIGSMRLN LIDWQDRRSA TDIIADLLDR TKNLPGIEIE ITKDQAGPPG
GKALQIEIGS RYPELLQENA DKIRHALQEK PYFVNIEDDG EKPGIEWQFI INRADAARYG
ADATLLGSGV QFLTNGLMLG SYRPDDVDDE LDIRVRYPEN ERTLSKLSAL RLQTRAGQVP
VSHFVALIPS VKQSSIKKVD SRIVMTVSAD MAEGYNLSLI LPELEKELLG LALDPRISLK
VRGENEDQQE AAAFLKNAFM VALAVMALIL ILQFNSFYQA FLILSAVVFS TTGVFFGLFL
SQSAFGIVMS GIGVIALAGI VVNNNIVLID TYNVLKNTGE TTENTILRTG AQRIRPVLLT
TVTTIFGLIP MVLKVNLDFF TRSIEFGAPS TQWWAQLATA IAGGLTFATL LTLVLTPCLL
MIGVNSSAYF KRHTTKKQ
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