| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CA2559_11693 |
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| Symbol | |
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| ID | 9297826 |
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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 | Croceibacter atlanticus HTCC2559 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_014230 |
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| Strand | - |
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| Start bp | 2545039 |
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| End bp | 2549484 |
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| Gene Length | 4446 bp |
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| Protein Length | 1481 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | |
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| Product | cation efflux system protein, AcrB/AcrD/AcrF family protein |
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| Protein accession | YP_003717080 |
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| Protein GI | 298208901 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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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 | ATGATTAACA AAATCATTGA TTTTTCAATC AATAACAAAT TCATTATTGG CCTATTTACC
TTGACTCTTA TAGGAGTTGG TATTTGGTCA ATGGCAACCG TAAACCTTGG TTCGGTGCCA
GATATTACCA ATAATCAGGT GCAGGTCATC ACGCAATCGC CTAATCTGGG AACAGAAGAT
ATTGAACAGT TCGTAACCTA TCCCGTAGAA CTATCTATGG GTAATTTACC AGGCGTCACA
GAAATAAGAT CTATCTCACG CTTTGGCCTT TCCGTAGTTA CTATCGTTTT TGAAGACGAT
ATGGGAACCT ATCTTCCTCG ACAGCTGGTT CAGGAAAAAC TCAACGACCT GGGTGAATCC
ATTCCTGAAA AATTTGGAAG CCCATCAATG GGTCCCATTT CTACTGGATT AGGTCAAATT
TATGAATACA CTATAAAGCC ACAAGAAGGT TTTGAAACCA AGTATTCACC TATGGAACTG
CGCACAGTAC AAGACTGGGT CATAAAACGA CAACTTACAC TATTGGAAGG CGTAGTAGAG
GTTAATTCTT TTGGTGGTAG TATCAAGCAG TACGAAGTTG CTGTCAATCC AGAGAAGTTA
AACAGTATGG GCATCAGCAT TTCACAAGTG TATGACGCTC TTGCTATGAA CAATGTGAAT
ACAGGTGGTG CCTATATTGA GAAAAATAAA ATGTCAAACT TCATAAGAGG CGAAGGTCTT
ATTCGCTCTT TGGAAGACAT CAAGAATATC TCGATTATCA ACGAAGGCAA CATTCCCATA
ACAATTGGAG ATGTAGCAAC GCGTGTCCAT TTTGGGAGTC AGGTACGTTA TGGTGCATTT
ACCCAAGACG GTAAGGAAGC CGTGGGCGGT ATGATTATGA TGCTCAAGGG TTCTAATCCT
AATGCAGTGA TTCAAAATGT AAAGGATCGT ATGGCAGAAA TTGAAAAGTC TTTGCCAGAA
GGTCTAACTA TCGCCCCAAT AATTGATCGT AGTGAGCTAA TTGCCAGAAC GACCGATACC
GTTAAAACCA ATTTGCTAGA AGGTGCCCTT ATCGTAATTT TTGCCCTGGT TTTTTTGCTA
GGGAGTTTAA GAGGTGGAAT CATAACAGCC ACGACCATAC CGTTGTCCTT ACTTTTTGCT
TTTATCTTAA TGAAGCAATT TAATGTTTGG GCAAACTTAA TGAGCTTGGG AGCTATTGAT
TTTGGAATCA TCATAGATGG TGCTGTGATT ATTATAGAAG GAACAGTATA TGAGATCCAA
AAACGGATTA GGTCTGGCAA GCTAAAATTC AATCAAGGAG TGATGGATAA AGTAGCTTAT
GATGCAGGTA GCACGATGAT GGGTTCCGCT TTTTTTGGAC AGATAATTAT CCTCATCGTT
TTTACGCCTA TACTTTTTCT AACTGGTGTA GAAGGTAAAA TGTTTAAACC TATGGCATAC
ACCTTTGGGT TTGCAATGAT AGGTGCCATC ATCTTGTGTC TCACGTATGT GCCTATGATG
GCAGCGCTTT TTATGAAACC AGTACAAAAT ACCAAAAACT GGTTCGGCAG GTTTGAGCGC
TGGCTCGAAA AAATAAGTGA TAAAATTATA GGTGCTATTC ATAGTGCATA TATGCCATTA
TTAAAGGGAG CCCTTAAACT AAAACTTATT GTTTTATCAG CTGCTGCCGT ATTACTTCTT
ATTGCTGGTT TTATCTTTTC TAATATGGGT GGAGAATTTG TGCCCCAGCT TGATGAAGGA
GATCTAGCAA TGCAAGCACT CATTAGACCA GGAAGTTCAT TATCCGAATC TATTGAAGTT
TCCAAGAAAA TAGAAACTAT CCTATTAGAA AATTTCCCTG AAATTAAAAC AGTAACTGCT
CGTATAGGTG TTGCAGATAT TCCTACCGAT CCTATGCCTA TGGATATTGC AGATATGTAC
ATCATCCTAA ACAAGGATAT GGACGAGTGG ACAACAGCTT CTACTAAAGA AGGTTTGATA
GATGCTATAA GAGATAAACT GGATGATGAA CTCGTGGGTG TAAATTTAGT TTTTACCCAA
CCAGTAGAGT TACGATTTAA CGAGCTGTTA GAAGGCGTAA GAGAAGATAT TGCTGTAAAG
CTGTATGGCG AAGATTTAGA GGTGTTATCA CAAAAGGTTC AGGAAATGGC AGCGATTATA
CAGACCGTTC CTGGCGCTGG TGATGTGAGT GCAGAACGAA CTGCAGGATT ACCACAGATG
ACCGTAAAAT ATAAGCGTGA TAAAATGGCG CAATATGGAC TGGATATTCA AAAAGTAAAT
GATTACATAA GTACCGCATT CGCTGGCGGA ACCGCAGGAG TAATTTTTGA AGGCGAGAAA
CGATTTGATC TCGTGGTACG ATTTGATGAA AGCCATAGAA AAAGTATCGA TGACCTACGC
AATATGTATA TCGATCTTAA GGATGGCAAT CAGATACCCA TTATCGAAAT AGCCGAAATT
GAATACGTCC CTGGACCTAT GCAAATTTCA CGTGACAATA CGTATAGAAG AACCTACGTA
GGTGTAAATG CAAGAGGCAG GGATGTGGAG TCTGTAGTAA AAGATATTCA GCAAAAATTA
GATGAAGAAC TGGACTTGCC ATCAGGCTAT TATATTACCT ATGGTGGCGA GTTTGAAAAT
CTACAAAGCG CAAAGGATCG TTTGATAATC GTTGTGCCCA TCGCCCTTTT TTTAATATTT
ATACTGCTGT ACTTTGCCTT AAAATCCTTT TCACAATCGC TAATGATTTA CATAGCGATT
CCCTTGGCGG CCATCGGTGG TGTGTTAGCC CTATGGTTGC GGGATATGCC ATTTAGTATT
TCGGCAGGTG TCGGCTTTAT TGTGCTATTT GGTGTTGCAG TTCTTAACGG ACTGGTACTT
ATAAACCGAT TTAATTCCTT AAAAGAAGAA GGTGTGATAA GTATAAAGGA TAGAATATTT
CAAGGGACTA AAGAACGTAT TCGTCCCATT ATGCTCACGG CCACCACTGA TATTTTCGGC
TTTTTACCTA TGGCATTTTC CACATCGGCC GGTGCAGAAG TCCAACAGCC GCTCGCTACG
GTAGTTATCG GTGGAATGCT TACAGCTACG CTGCTCACGT TGGTCGTGCT TCCCGTACTA
TATACCTTTA TAGAAAAGAG ACGCGAGCGC AAAGAGCAGA ATAAGATTGG TTCGTTTAAT
CCGCAAGGCT TGACTACGAT TTTGATAGTT GGTTTTATGT TAGGTGGCAC CGCTTTCGCG
CCTGCCCAGA GCGCAGTCGA AGGGAGAGCG CAACAATCAC AAGCACCTGT GCAAGATCTC
ATTGCTAAGG ACAGCATCAC GCCCATCACA TTATCACGAG CTGTAGAAAT TGCCAAAGAA
AATTATCCTG TACTCAAAGC AAGCCAACTC GAAATCGAAA GACAGAATGC ACTCTCAGGC
AATGCCTACG ACTTCGGTAG TACACAGATC TTTACGGGTG GCGAAGAAGT GGCAGATGGT
CAAGGTATTT ATACCTTGAT AGGTATCGGT CAACAAAATA TTGATCTACT GGGAATAGGT
GCTAAAAAAC GTTTGCAACA ACAACGCATC CAGTTAGCCG AAACAGCTCT TGACCTTTCG
GAAATCCAGA TAGAACGGGA AGTCAAAAAG GCCTGGTCAG AAGCTTTTCA GGCAAAGAAG
AAGTTTGTTT TGTACCGAGA ACTGGACAGC ATTTATGATC AGTTTGCACA ATCTGTAGAA
CTCAATTATG AAGTGGAAGC CATTTCAAGA CTGGAATATG CTGCTGCGCG CAATCAAGCA
CTACAAATTA AGAATAAGTT TCAGCAGGCA GAAACAGACT ATTTCATCGC CTTGCAAAAG
CTCAACCTTT GGTTGACACC AGATGCTATG TACGGCGTTT CTGATGAATT TGGAGCTAGT
GAAATTTCAA TTTTAGAGTC TAATAATACA TTGAATGATC ATCCTGAGTT ATCGCTTTCG
CGAAAGCGTA TAGACGAAGC ACAAGCAAGC TATGACGCAG CAAGGGCAAA TTTACTGCCC
CAGTTTAATC TGCAAGGTGG CCTACAACGT GTCAATGGCG ATAGTGGTTT TTATACCTAT
CAAGCTGGGA TTTCCATACC ACTGTTTTCT GGACCTGTCC GTAGTCGTGC AAAGGCTGCT
AAACTCGATG CACAGATTGC AGAAACCAAT GCAGCCTTTA AACAGCGTGA GCTACAATCG
CAATTCATAC AGGCACAACA AAATTATGCA CGATGGCGGG ATACCTGGTT TTTCTATAAA
ACCGAAGCTT TGCCACTTGC CATAGACCAG CGCAAAGGTG CATTGCTGGC ATACAAAGAA
GGAGCGCTGG ATTATGCAGC ATTCACGCAA ATAATACGTG ATGCCATACA GACCGAAATG
GACGCGCTGG ATGCACTTGA TAAATATTTA GAAGCCCTGT TTGATTTACA ATATTTCCAA
AACTAA
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| Protein sequence | MINKIIDFSI NNKFIIGLFT LTLIGVGIWS MATVNLGSVP DITNNQVQVI TQSPNLGTED
IEQFVTYPVE LSMGNLPGVT EIRSISRFGL SVVTIVFEDD MGTYLPRQLV QEKLNDLGES
IPEKFGSPSM GPISTGLGQI YEYTIKPQEG FETKYSPMEL RTVQDWVIKR QLTLLEGVVE
VNSFGGSIKQ YEVAVNPEKL NSMGISISQV YDALAMNNVN TGGAYIEKNK MSNFIRGEGL
IRSLEDIKNI SIINEGNIPI TIGDVATRVH FGSQVRYGAF TQDGKEAVGG MIMMLKGSNP
NAVIQNVKDR MAEIEKSLPE GLTIAPIIDR SELIARTTDT VKTNLLEGAL IVIFALVFLL
GSLRGGIITA TTIPLSLLFA FILMKQFNVW ANLMSLGAID FGIIIDGAVI IIEGTVYEIQ
KRIRSGKLKF NQGVMDKVAY DAGSTMMGSA FFGQIIILIV FTPILFLTGV EGKMFKPMAY
TFGFAMIGAI ILCLTYVPMM AALFMKPVQN TKNWFGRFER WLEKISDKII GAIHSAYMPL
LKGALKLKLI VLSAAAVLLL IAGFIFSNMG GEFVPQLDEG DLAMQALIRP GSSLSESIEV
SKKIETILLE NFPEIKTVTA RIGVADIPTD PMPMDIADMY IILNKDMDEW TTASTKEGLI
DAIRDKLDDE LVGVNLVFTQ PVELRFNELL EGVREDIAVK LYGEDLEVLS QKVQEMAAII
QTVPGAGDVS AERTAGLPQM TVKYKRDKMA QYGLDIQKVN DYISTAFAGG TAGVIFEGEK
RFDLVVRFDE SHRKSIDDLR NMYIDLKDGN QIPIIEIAEI EYVPGPMQIS RDNTYRRTYV
GVNARGRDVE SVVKDIQQKL DEELDLPSGY YITYGGEFEN LQSAKDRLII VVPIALFLIF
ILLYFALKSF SQSLMIYIAI PLAAIGGVLA LWLRDMPFSI SAGVGFIVLF GVAVLNGLVL
INRFNSLKEE GVISIKDRIF QGTKERIRPI MLTATTDIFG FLPMAFSTSA GAEVQQPLAT
VVIGGMLTAT LLTLVVLPVL YTFIEKRRER KEQNKIGSFN PQGLTTILIV GFMLGGTAFA
PAQSAVEGRA QQSQAPVQDL IAKDSITPIT LSRAVEIAKE NYPVLKASQL EIERQNALSG
NAYDFGSTQI FTGGEEVADG QGIYTLIGIG QQNIDLLGIG AKKRLQQQRI QLAETALDLS
EIQIEREVKK AWSEAFQAKK KFVLYRELDS IYDQFAQSVE LNYEVEAISR LEYAAARNQA
LQIKNKFQQA ETDYFIALQK LNLWLTPDAM YGVSDEFGAS EISILESNNT LNDHPELSLS
RKRIDEAQAS YDAARANLLP QFNLQGGLQR VNGDSGFYTY QAGISIPLFS GPVRSRAKAA
KLDAQIAETN AAFKQRELQS QFIQAQQNYA RWRDTWFFYK TEALPLAIDQ RKGALLAYKE
GALDYAAFTQ IIRDAIQTEM DALDALDKYL EALFDLQYFQ N
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