| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Plut_1036 |
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| Symbol | |
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| ID | 3746097 |
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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 | Chlorobium luteolum DSM 273 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007512 |
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| Strand | + |
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| Start bp | 1184174 |
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| End bp | 1187146 |
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| Gene Length | 2973 bp |
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| Protein Length | 990 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | 637769071 |
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| Product | amino acid ABC transporter permease |
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| Protein accession | YP_374941 |
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| Protein GI | 78186898 |
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| COG category | [E] Amino acid transport and metabolism
[T] Signal transduction mechanisms |
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| COG ID | [COG0765] ABC-type amino acid transport system, permease component
[COG0834] ABC-type amino acid transport/signal transduction systems, periplasmic component/domain |
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| TIGRFAM ID | [TIGR01726] amine acid ABC transporter, permease protein, 3-TM region, His/Glu/Gln/Arg/opine family |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | 10 |
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| Fosmid unclonability p-value | 0.328178 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAGGGGC GCATGCATAG ATGGTTTCCG GTCCTTTTTA TCCTTGCCCT GCTTTCCGGC
TGCGGCAAAG ATGCGCAGGA GATCCGCTCG ATTGAGGATG CCCGCAACGC AAGGATTGGA
GTGATGACCG GTTCGACCGG CGAAGAGCTG GCGCTGCAGA TGTTTCCTGA CGCCGATATC
AAGAGTTTCG ATGACGTCAT GGACGCCGTC ACCGCGATGA TGTCCGGCAA GCTGGATGCA
ATCGTCACAG CCTATCCCAC GGCGCTGCAG GTAACCAAGA AGCATACTGC ATTCCGTGTC
CTCGAAGAAC CGCTCCGCAA CGAGAATACA TGCATTGCCC TGAGGAAAGG CAATCCGGCA
CTCATCACTA CCTTGAACGG CATCATCGAT TCGCTCCACC AGGATGGTAC GCTTGCCGAC
ATGCGCAGGC GGTGGTTTAA AAAGGACCTG TCCCCATACG AGGAACGCAC GCTTGAGGTG
CCGACGAAGG GGGAGGTACT TAAAATAGGT GTCACCGCCA CAAGGGAGCC GATGTCGTTC
ATGGACAGGG ATGCAGAGGT CAGCGGATTC GACGGAGAAC TGGCACGCAT CATCGGCCGG
GTTCTCCGCC GGCCGGTAGA GTTCCATAAC ATGAAGTTCA TGGGGCTTAT TCCTGCTCTT
CAGTCTGCAA AGATCGATCT GGTGATTACC GGTATGACGG CCACGGCTGA GCGGAAGCGA
TCGGTTGATT TCACAAAGAC CTATTTCGAG AACGCCCAGG TTATGCTGGT CAAGACCGCA
GCTCCCCACG GTGATGGCAA GGTAAGGGTA CTGAAGGATA TCGACGGGAA ACGGGTTGCG
GTGCTGTCGG GTTCTGCCGG TGACCTTGCC GCGCGCCGCC GGTTCCGCGA TTCAGAGTTC
CTTGTGATGG AAAATGCAGC CGATGCTGCC GTTGCCCTGA ACACCCGAAA GGCGGATGCA
TTTATCTATG ACAGGAGCGT GCTCGAGAAT ATTGCCCGAC AAGAGCCGGG GCTTGTGATT
CTTGGAGAGC CGGTGGCGAA GCTTGAGGTT GCCGCAGCCC TCAAGAAGGG TAATACGGCG
CTTGCTTCGG AGTTGAACGA GGCGATTGGG GCGTTCACAG AAGACGGCAC TCTTGCCATA
CTCAGAAAGA AATGGATCGA CGGGGATGGC GGCTCCCTTC AGGAATCGAA TGCAGGCGGG
AGGAAAGGCG AAGCAGAGCT TCGGATGGGG ACCTGCGCTA CCCTGGCTCC ATTCTCCTAT
CATGCGAATG GAGAAATCAC GGGACTTGAC ATTGAGCTGG CAAGGATGAT CGGCAATCGG
CTCCAGAAAA AAATCACGCT TGTCGACATG CCGTTCGGAG CCCTGATTCC GGCACTGCAG
GCGGGCAAGA TTGATTTTGC CCTTTCTAAC TTCAATGTCA CCGAAGAGCG AAAGAAGCTG
ATCCTGTTCT CGAGGCCCTA TCTTCAGAAT GACATTTCCG CGCTTGTGCT CCGTTCAGCC
GCTGCTCCCG CGGCACCGGT TTCGGAGGGG GCATCACTTT CAGCTCCTGA TCTGAACGGC
ACGCGGGTTG CCGTGCTGCT TGGTTCCACG CATGACACCT ATGCACTCAG TCACTACCCG
AACGCAACGC TCCTGCAGTA CAAGACCCCA TCCGACATCA TTCTGGCCGT CAAGAGCGGC
AAGGTGGACG CGGGCATATA CACAACCGAG ACCCTCCGGG AGATTTTCAG GGCAGACCCG
TCCCTTGAGC TCAAGGGCGG GGTCCTGTTC TCCGTACCCG TGGCCATGGG GTTCAATAAG
CAGAATGACA GCCTTCGGGA GCAATTCAAT GTCTTTCTTC AAGACATCCG TCAAAACGGT
GTCTATCGGG ATATGGTCGA CCGCTGGATC ACCCGGGGTG AGGATGCAAT GCCCTCCATT
TCCGGCACAA GGGCCAATGG CGTCCTGAGG GTCGGGGTTG TCAGCGACAA GGGGCTTCCG
TTCATGATTG TCAAAAACAA CCGCCTGGTA GGGTTTGACG AGGAGCTCGC AGAACGGTTT
GCCGCATATC TCGGCAAGGA GATCAAGACA AGTGATATGG ATTTCGGCAA CTTGATCGCA
GCTGCGGCCA CGAACAAGAT TGACATGATT GCCAGCACGC TCATGATTAC CCCGGAACGG
GCACTCCAGA TCAGTTTTTC TGATCCATAT TATGAGATTG GGGCAAGCGC TTTCGTCATG
AAGACGGGGG AGGCTGAGGC TGTCGCTGGA AACGACGCTC CGGGTGCTGC ATACTCCTTC
ATTCAGCCCA TTGTGGACGG ATTCCAGAAT AATATCATAA AGGAAAACCG CTGGAAACTG
ATTCTCAGCG GACTGAGAGT CACCGTAATC ATTTCGGTGC TTTCAGCTCT GTTCGGCACG
GTGCTCGGGG CGGGTGTATG CGCCATGCGC ATGTCATCGG CCAAAACCTT GAAGACGCTG
GCATCGGTGT TCATTTCCCT GCTTCGGGGA ACGCCTGTAT TGGTGCTGTT GATGCTGATT
TTTTATGTCG TGTTCGCATC GGTCTCCATT GATCCTGTGG CTGTTGCCGT CATTGCCTTC
GGGCTGAATT TTGCAGCCTA TGTGGCCGAA ATTTTCCGGA GCGGTGTGGA GAGCATCGAC
AATGGGCAGC GTGAGGCGGG GATTTCCATG GGGTTCACCC GGCTTCGTAC CTTCCTGCTC
ATCATCCTTC CTCAGACCAT CCAGCGCATC CTGCCGGTGT ACAAGGGCGA GTTCCTTTCG
CTCGTTAAAA TGACCTCGAT CGTCGGATAC ATCGCTGTCG AGGACCTCAC GAAAGCAGGC
GACATCATCC GGAGCAGGAC TTTCGATGCA TTCTTTCCCC TCATCATGGT AGCAATACTG
TACTTTTCAA TTTCCTGGCT GCTGTTGCAG TCGATGGCAT ATCTTGAACG AAGGACGGAT
CCGAAATTCA AACGGATAAA GACAGCGGTA TGA
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| Protein sequence | MKGRMHRWFP VLFILALLSG CGKDAQEIRS IEDARNARIG VMTGSTGEEL ALQMFPDADI
KSFDDVMDAV TAMMSGKLDA IVTAYPTALQ VTKKHTAFRV LEEPLRNENT CIALRKGNPA
LITTLNGIID SLHQDGTLAD MRRRWFKKDL SPYEERTLEV PTKGEVLKIG VTATREPMSF
MDRDAEVSGF DGELARIIGR VLRRPVEFHN MKFMGLIPAL QSAKIDLVIT GMTATAERKR
SVDFTKTYFE NAQVMLVKTA APHGDGKVRV LKDIDGKRVA VLSGSAGDLA ARRRFRDSEF
LVMENAADAA VALNTRKADA FIYDRSVLEN IARQEPGLVI LGEPVAKLEV AAALKKGNTA
LASELNEAIG AFTEDGTLAI LRKKWIDGDG GSLQESNAGG RKGEAELRMG TCATLAPFSY
HANGEITGLD IELARMIGNR LQKKITLVDM PFGALIPALQ AGKIDFALSN FNVTEERKKL
ILFSRPYLQN DISALVLRSA AAPAAPVSEG ASLSAPDLNG TRVAVLLGST HDTYALSHYP
NATLLQYKTP SDIILAVKSG KVDAGIYTTE TLREIFRADP SLELKGGVLF SVPVAMGFNK
QNDSLREQFN VFLQDIRQNG VYRDMVDRWI TRGEDAMPSI SGTRANGVLR VGVVSDKGLP
FMIVKNNRLV GFDEELAERF AAYLGKEIKT SDMDFGNLIA AAATNKIDMI ASTLMITPER
ALQISFSDPY YEIGASAFVM KTGEAEAVAG NDAPGAAYSF IQPIVDGFQN NIIKENRWKL
ILSGLRVTVI ISVLSALFGT VLGAGVCAMR MSSAKTLKTL ASVFISLLRG TPVLVLLMLI
FYVVFASVSI DPVAVAVIAF GLNFAAYVAE IFRSGVESID NGQREAGISM GFTRLRTFLL
IILPQTIQRI LPVYKGEFLS LVKMTSIVGY IAVEDLTKAG DIIRSRTFDA FFPLIMVAIL
YFSISWLLLQ SMAYLERRTD PKFKRIKTAV
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