| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Franean1_7047 |
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| Symbol | |
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| ID | 5675358 |
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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 | Frankia sp. EAN1pec |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009921 |
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| Strand | + |
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| Start bp | 8598625 |
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| End bp | 8601081 |
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| Gene Length | 2457 bp |
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| Protein Length | 818 aa |
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| Translation table | 11 |
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| GC content | 65% |
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| IMG OID | 641245893 |
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| Product | glycosyl hydrolase family 32 protein |
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| Protein accession | YP_001511284 |
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| Protein GI | 158318776 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG1621] Beta-fructosidases (levanase/invertase) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.545796 |
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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 | 19 |
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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 | ATGTCCATAC TTGTCAGACT CATGCGTAGC AGCCTCACGC GGGTCAGGTT CACCGCGGTG
ACGGTCGCTC TCGCGGCGGT GTTCACCTCC CTTCTGCCGG CCGTGCCCGC CCTGGCCGGA
CAGGTCAGCG ACTACCCCGA GTTCCCGTAC CCGACGACAG ACTACACCGA GCCCTTACGC
GGCCAGTTCC ACTTCAGCTC GCGCGGCGGC TGGATGAACG ACATCAACGC CCCGCTGTAC
CACAATGGCC TCTACCACGT CTTCTATCAG CACAATCCGC ACAGCCTCCT CTGGGAGACC
ATGCACTGGG GACATGCCAC CAGCCCCGAC CTGGTGCACT GGACGCAGAA GCCGATCGCG
CTGGAACCGG GTGTGCATCC GCATGACCTG TGGTCCGGGG CCGGGGTGGT CGACACCAAC
AACACCTCGG GTCTGCAGAC CGGGAGCGAG GCACCGATCC TCGTGTTCAC CGCCACCAAC
GGCGTGAGCA TCAACTACAG CAACGACGCC GCGAAAACGT TCCAGATCTA CAACCAAGGT
CAGAAGGTCG TCACACCGGC CGGCATCAGT CGTGATCCCA AGGTGTTCTG GCATGCGCCT
TCCAACCGGT GGGTGATGGT GGTCTGGTCC GACGCCGGGG GGAACGGCGT CAACATCTAC
ACCTCACCCA ACCTGTTGAC CTGGACGTTT CGCAGCCGGT ATGCCGCCGA CTGGCTGTAC
GAATGTCCGG ACCTGTTCTC CCTGGCCGTC GACGGCGACC CGGGGAACAC GAGGTGGGTC
ATGACCGACG CCGGCGGCGA GTACGTCATC GGTTCCTTCG ACGGTGTCAC CTTCACCCCG
GAGTGGACGT CGCCGCAACG GATGGACCAG GGGCACAACA CCTTCGAGGG CACCTTCTAT
GCCGGGCTGA CCTTCAACCA CATGCCGGAC AACCGGATCG TGCAGATGGC CTGGATGAGA
TCGAACCAGG GCAGCGTCTG GACCGGCAAT GCCTCCTTCC CCGCGGAACT GGGCCTGCGC
GCCTATCCCG AGGGGATACG CCTGACCCGC AATCCCGTCG GCGAGATCGC GTCCCTGCGC
GTCGATTCTC AATCATGGGT AAACCGCGAC ATCACCCCCG ATCCGGCCAG CGATCCCCTC
ACCAGCACCT TCGCCGACAC CTACGAGATC ATCGCCGAGT TCGACACGGC CACCGCCACA
GCGTCACGGT TCGGCTTCCG ATTACACACC CGCAGTGACG GAACCTTCGA CCGTGCCGTC
ACCTACGACC GGACTGCGCA GACGCTCTAC GGCGCACCGC TGGCGCCGAT CAACGGACGG
GTCAGGATGC GGCTACTGGT GGACCGCGGG CAACTGGAGA TCTTCGGCAA CGACGGCAAG
CTGTCCTGGA CCGACAACGT CAACTTCAAC TCGGCACCGT CGAGCCAGGG TGTGCAGCTG
TATGCCGAAG GCGGCAACGT CCAGCTGGTG TCGCTCCAGT TCCACCGGCT GCAGTCAGCG
TGGGGTTCTG GGGAGTCCAC CCTGGAGAGC AACCTGGCCG GCCCCTGGCA CCCGGCCGGC
GGGACGTGGG TCGACACCAC CACGGGCAAG CAGGGCACCG CGGGTGGGGA CGGTTTCTAC
CTGAGCAACC AGACCGGAGC CGACTTCACC TACGAGGGTG ATCTCCGCCT CGACACCGCC
GTGGCAGCCG GGATCACCTT CCGGGCCAAC AGCGACGCCA CCCAGCAGTA CACCGCCAAC
GTCGACGCCA ACGGACTGGT GAAACTGTGG CGCCCCGGCC GGGACATCGG GATCTTCTAC
ACCCCGATCT CCCAAGGCCG CACCTACCAC CTGAAGGTGG TGACCAGCGG CTCCATCATC
AGGGTCTATC TGGACCACCG CCCCACCCCC GTGATCGACG CCGTCGACAC CGCCTACACC
AGCGGGTACT TCGGGACCAA CGTCTTCGGC GGGACCGGCG TCGTGCAGAA TGCCAACGTC
AACGCCACCG GGTTCGTCTC CAACCTGGGA GCAACCTGGC GGCCGGCGAC CGGGCTGTGG
ACCGTCCCCG GTGCCGGTGT CAAGGGTCGG GTCGCCGGGG ACGGCTTCTA CCTCAGCGAC
CAGACCGGGA CCAACTTCAC CTATGAGGGT GACGTCAAGG TGATCAACGG GGTCGCCGCC
GCGCTGACCT TCCGGTCGAA CGCCGACGCG ACCGGGCACT ACACCGCCAA CGTCGACACC
AACGGCCTGG TGAAACTGTG GCGCCCCGGC TCGGTGATAG GCGTCTTCAA CACACCGATC
GTCGAAGGCC GGACGTACCA CCTGAAGGTG GTGGCCAACG GTCCCAACAT CAGAGTCTAC
TTCGACGGAG GAGCGACGCC GGTCATAGAC GCCGTTGACA GCACTTACAG CAGTGGGTTC
TTCGGTGTCA ACGTCTTCAG CGGGGTCGGC GTGATCCAGA ACGTCGTAAC AAGCTGA
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| Protein sequence | MSILVRLMRS SLTRVRFTAV TVALAAVFTS LLPAVPALAG QVSDYPEFPY PTTDYTEPLR
GQFHFSSRGG WMNDINAPLY HNGLYHVFYQ HNPHSLLWET MHWGHATSPD LVHWTQKPIA
LEPGVHPHDL WSGAGVVDTN NTSGLQTGSE APILVFTATN GVSINYSNDA AKTFQIYNQG
QKVVTPAGIS RDPKVFWHAP SNRWVMVVWS DAGGNGVNIY TSPNLLTWTF RSRYAADWLY
ECPDLFSLAV DGDPGNTRWV MTDAGGEYVI GSFDGVTFTP EWTSPQRMDQ GHNTFEGTFY
AGLTFNHMPD NRIVQMAWMR SNQGSVWTGN ASFPAELGLR AYPEGIRLTR NPVGEIASLR
VDSQSWVNRD ITPDPASDPL TSTFADTYEI IAEFDTATAT ASRFGFRLHT RSDGTFDRAV
TYDRTAQTLY GAPLAPINGR VRMRLLVDRG QLEIFGNDGK LSWTDNVNFN SAPSSQGVQL
YAEGGNVQLV SLQFHRLQSA WGSGESTLES NLAGPWHPAG GTWVDTTTGK QGTAGGDGFY
LSNQTGADFT YEGDLRLDTA VAAGITFRAN SDATQQYTAN VDANGLVKLW RPGRDIGIFY
TPISQGRTYH LKVVTSGSII RVYLDHRPTP VIDAVDTAYT SGYFGTNVFG GTGVVQNANV
NATGFVSNLG ATWRPATGLW TVPGAGVKGR VAGDGFYLSD QTGTNFTYEG DVKVINGVAA
ALTFRSNADA TGHYTANVDT NGLVKLWRPG SVIGVFNTPI VEGRTYHLKV VANGPNIRVY
FDGGATPVID AVDSTYSSGF FGVNVFSGVG VIQNVVTS
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