| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_0365 |
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| Symbol | |
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| ID | 8356470 |
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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 | Chitinophaga pinensis DSM 2588 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013132 |
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| Strand | + |
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| Start bp | 434991 |
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| End bp | 438104 |
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| Gene Length | 3114 bp |
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| Protein Length | 1037 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 644962511 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003120065 |
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| Protein GI | 256419412 |
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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 | [TIGR00915] The (Largely Gram-negative Bacterial) Hydrophobe/Amphiphile Efflux-1 (HAE1) Family |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 48 |
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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 | ATGAGCCTTC CTTCACTCTC TCTTAAACGT CCCGTATTTG CTATCGTGAT GAATATCATT
ATTGTGATAT TCGGCCTGGT GGGATTCAAT TTCCTGGGGG TAAGGGACTT CCCCGCTATT
GACCCGCCTA TCGTGAACGT GCGTACTTCC TACGCCGGCG CCAACTCCGA TATTATCGAA
ACCCAGATCA CCGAACCGCT GGAGAAATCC ATCAATGGCA TCGCGGGTAT CAAAAATATA
TCCTCCAGCA GCAGCCAGGG TTCCAGCAAT ATCACGGTTG AATTTGAACT AAGTATTGAC
CTTGAAGCTG CGGCTAACGA CGTGCGCGAC AAAGTATCTC AGGCACTTCG TAGTTTGCCG
CCGGATATCG ACGCGCCGCC TGTTGTTTCG AAAGAAGATG CTAACTCTGA TTATATCCTG
TCCATGACAG TACAGAGTAA CATCCGTAAC CAGCTCGAAG TAACCGAATA CGCCAACAAC
GTATTGCTCG AAAGATTACA AACCATTCCC GGTGTCAGCT CCATCCGTAT CCTTGGTGAA
AAGAAATTTG CCATGCGCCT CTGGATGGAC CCTGCCCGTC TATCGGCCTA CAGCCTCACG
CCAGGTGATG TACAGGCTGC TCTCTCACGT GAGAACGTGG AACTGCCCTC CGGTAAGATC
GCCGGTAATG CAACTGAACT GACCGTACGT ACCTTTGGCC GTCTGAATAC AGAAGAAGAT
TTCGACAACC TTATCATCAA AAATGACAAC GGTAAAGTAA TCCACTTCCG TGATATCGGT
CAGGCCATAC TCGGACCGGA AAACGAAGAA ACCATCCTGA AAGAATCAGG CGTACCGATG
ATCGCATTGG CACTCACGCC ACAACCAGGT TCAAACTATG TGGCCATCAC AGACGAATTC
TATAAACGTT ATGAACAGTT AAAGAAAGAT TTGCCGGATG ATATCACCAC CGATATCGCG
ATCGATAACA CGAAGTTTAT CCGCAAATCC ATCGAGGAGG TGGAAGAAAC ACTGATCATC
GCACTCGGTC TTGTGATCAT CATCATTTAT CTCTTCTTCC GCGACTGGCT CATGGCCTTC
CGTCCTTTGG TGGATATCCC TGTGTCACTC ATTGCCGCAT TCTTTATCAT GTACGTCTGC
GGATTTACCA TCAATATCCT GACCCTGCTG GCGATCGTAC TCGCTACCGG TCTGGTGGTG
GATGATGGTA TCGTGGTCAC GGAAAATATC TATAAAAAAA TCGAAGCCGG TATGCCGCGT
ATGAAAGCGG CAAAAGAAGG TTCTGAAGAA ATCTTCTTTG CGGTGATCGC CACATCTATT
ACACTTGCAT TCGTATTCCT TCCGATCGTA TTCTTACAGG GTTTCGTAGG ACGATTGTTC
CGTGAATTCG GTATCGTGGT AGCAGGCGCT GTATTGATCT CCGCATTTGT ATCCCTGACG
CTCACACCCG TACTCAACGT AAAACTGGGT CGTAAAACAC ATAAACACTC CTGGTTTTAT
GAAAAGACAG AACCATTCTT CACCGGAATG GAATCTGGCT ATGAGCGTGC GCTGGAAGCA
TTTATGAAGA TCCGCTGGAT GGCGACGCTG ATCGTATTGA TCTGTCTTGC GATGATCCGG
ATCATGTTCA CAAATCTCCA ATCAGAACTG GCGCCCATTG AAGACCGTAG CCAGTTCCGC
CTGTCTATCA GCGCACCGGA AGGAACTTCC TTTGACTATA TGGAAACCTA TATGAACCGT
CTCACACAGT TCATGGTAGA CTCCATCCCT GAGAAGAAGA TCCTCATTTC CGTGACATCT
CCGGGCTTTG GCGGTGGCGC TGTTAACTCC GGTTTTGCCA ACGTCGTACT GACCGAACCT
AACGAACGTC AACGTTCGCA GAAGGAGATC GTGAATATGG TGAACAAGAA CATGTTCCGC
TTCCCGGAAG GTAAAGTATT TGCGATCGAA CAACAGACGA TCCAGGTAGG ACGTCGTGGC
GGTCTGCCGG TATCGTTCGT ACTACAACAT ATTAACTTTG ACAGTCTTTC CTCCGTACTG
CCGAAGTTTC TGGAAGAAGC AAATAACAAC CCGACGTTTG CTGCAATCGA CGTGGACCTG
AAGTTCAACA AACCAGAACT CCGTATCCAG ATCAATCGTG CGAAAGCAAG TGAACTGGGC
GTATCTGTTG ATGATATTTC ACAAACCTTA CAGCTCGCAC TGAGTAACCT CCGTTACGGC
TATTTCATCC GTAATGGTAA GCAATACCAG GTAATGGGAC AGGTATTCCG TGGAGCACGC
GATAAACCAA CCGACCTGCA GAACATCTAT GTACGTAACA GCCGTGGAGA AGCGATTCAG
CTCGACAACG TGGTAACGAT CGATGAGGAA ACCAGTCCGC CGATCATCTA TCACTTTAAC
CGTTATAAAT CCGCCACCGT ATCTGCGAGT CTTGCACCTG GTAAAACGAT CGGAGATGGT
ATCAACGCGA TGTATGCTAT CTACGACAAA CTGAAACAGC AGGGTGTATT AAATGACAAC
TATGTTTCAG CGCTGGCCGG ATCATCGCGT GACTATGCAG AAAGCGGTTC CAACACTATG
TTCGCACTGA TACTGGCACT GGTACTGATC TACCTCGTAC TGGCCGCCCA GTTTGAAAGC
TGGGTCGATC CGTTTATCAT CATGCTGACG GTACCGCTGG CATTCGCAGG TGCATTGCTG
TCATTGTGGA TATTTGGTCA GACCTGGAAC ATCTTCTCCC AGATCGGTGT AATTATGCTG
ATAGGGCTTG TTACGAAAAA TGGTATCCTG ATCGTGGAAT TTGCCAACCA CAAACGTGAT
GAAGGTATGT CCAAGGCAAA AGCAGTAGTG GAAGCATCTG CTATGCGTCT GCGTCCTATC
CTTATGACCA GCCTTGCGAT GGCCCTCGGT GCATTGCCGA TCGCCATGTC ATTAGGTGCT
GCGGCTACCA GCCGCATCCC GCTGGGTATC GTGATTGTGG GTGGTATCAT ATTCTCACTG
ATCCTGACCT TATTCGTAAT TCCGGCGATG TATACTTTCC TGTCCAGAAG AAAACCTGCG
GCAGAAAGAA AAAGTGAAGA AGAAGAAGAG GAGACAGCCT CTGTGCACGC ATAA
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| Protein sequence | MSLPSLSLKR PVFAIVMNII IVIFGLVGFN FLGVRDFPAI DPPIVNVRTS YAGANSDIIE
TQITEPLEKS INGIAGIKNI SSSSSQGSSN ITVEFELSID LEAAANDVRD KVSQALRSLP
PDIDAPPVVS KEDANSDYIL SMTVQSNIRN QLEVTEYANN VLLERLQTIP GVSSIRILGE
KKFAMRLWMD PARLSAYSLT PGDVQAALSR ENVELPSGKI AGNATELTVR TFGRLNTEED
FDNLIIKNDN GKVIHFRDIG QAILGPENEE TILKESGVPM IALALTPQPG SNYVAITDEF
YKRYEQLKKD LPDDITTDIA IDNTKFIRKS IEEVEETLII ALGLVIIIIY LFFRDWLMAF
RPLVDIPVSL IAAFFIMYVC GFTINILTLL AIVLATGLVV DDGIVVTENI YKKIEAGMPR
MKAAKEGSEE IFFAVIATSI TLAFVFLPIV FLQGFVGRLF REFGIVVAGA VLISAFVSLT
LTPVLNVKLG RKTHKHSWFY EKTEPFFTGM ESGYERALEA FMKIRWMATL IVLICLAMIR
IMFTNLQSEL APIEDRSQFR LSISAPEGTS FDYMETYMNR LTQFMVDSIP EKKILISVTS
PGFGGGAVNS GFANVVLTEP NERQRSQKEI VNMVNKNMFR FPEGKVFAIE QQTIQVGRRG
GLPVSFVLQH INFDSLSSVL PKFLEEANNN PTFAAIDVDL KFNKPELRIQ INRAKASELG
VSVDDISQTL QLALSNLRYG YFIRNGKQYQ VMGQVFRGAR DKPTDLQNIY VRNSRGEAIQ
LDNVVTIDEE TSPPIIYHFN RYKSATVSAS LAPGKTIGDG INAMYAIYDK LKQQGVLNDN
YVSALAGSSR DYAESGSNTM FALILALVLI YLVLAAQFES WVDPFIIMLT VPLAFAGALL
SLWIFGQTWN IFSQIGVIML IGLVTKNGIL IVEFANHKRD EGMSKAKAVV EASAMRLRPI
LMTSLAMALG ALPIAMSLGA AATSRIPLGI VIVGGIIFSL ILTLFVIPAM YTFLSRRKPA
AERKSEEEEE ETASVHA
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