| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shel_01710 |
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| Symbol | |
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| ID | 8394063 |
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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 | Slackia heliotrinireducens DSM 20476 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013165 |
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| Strand | - |
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| Start bp | 209617 |
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| End bp | 212916 |
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| Gene Length | 3300 bp |
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| Protein Length | 1099 aa |
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| Translation table | 11 |
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| GC content | 62% |
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| IMG OID | 644984944 |
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| Product | polyphosphate kinase |
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| Protein accession | YP_003142591 |
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| Protein GI | 257062919 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG0855] Polyphosphate kinase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.249117 |
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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 | 27 |
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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 | GTGGTCAAAT CTTCCAAAGA TGAAAAGCTT GCAAAAGAGG CGAAAGAGAG CGCTCGTCCT
GAGAAAAAAC CTTACATGCA AAACCGTGAG CTTTCGTGGC TCATGTTCAA TAAGCGCGTC
TTGGATCAGT CCATCGACGA GAATCAGCCC CTGCTTGAGC GTCTGAAATT CCTTGCCATC
TGGCGCTCGA ACCTGCAGGA GTTCTTCATG GTTCGCGTCG GCAGCCTTCT CGATCTCGAG
CTTACCGGCG ACGTCATTTA CGACAGCAAG TCCGGCATGA CCCCTACCGA ACAGCTGGAA
GCAATCTATA AGCGCGTCCA GGAGCTCACT CCCCTGGCAT CCAAGGACTA TCAGACCGTC
CGCCATCAGC TGGAAGCGGT AGGCATCCAT CAGATGTATC CCGACGAGCT CTCCATCGAC
GAGGACGAAC AAGTCCGCAG CTACATGGAG AAGAACGTCA TGCCGCTGGT GTCTCCGCAG
ATCGTCAACG CCACGCATCC GTTCCCCCAT CTTGAAAACG GCAAGATGTA CATTTGCGTG
CGCCTTGATG ACCAGGCGGA ATACAGCAAG ACCAAGAACA TGTCCAAGTC CGAGCGCAAG
CTGCTGCGCG CCCAGGCCGC CGAAAACGTT ATCATGGGAT TCATCCCCAT GCCGGCCAAC
TGCCCGCGCT TCGTCCCCAT CAGCTCCGAA GACGGCACCT TCAAGTTCAT CCTCCTCGAA
CACGCCCTGG AGATGGTGGC TCCGGACATC TTCGATATGT ACCCCGTAAA GATGGCCAAC
GTCGTCATGG TCACCCGCAA CGCCGACCTT GACGCCTACG AGGAATCCGA CGAGAGCGAC
GAGGACTTCC GCAGCCACAT GCGCCGCATC CTGAAGAAGC GCGCCCGCCT GGCTCCGGTT
CGCCTCGAAT CCGAGCGCGA GCTGTCCGGC GACACCGAAC GCTTCCTCCG CGAGCGCCTG
GGCCTCAAGC GCAGCCAGGT GTACAACACC GGCATGCCGC TTGACATGGG CTTTGCCTTC
GCGCTGCCCG GCATTGTCGG CGGCGAGCTT GAAGAGCAGT ACTCCAACGA GCCCGCAGAG
CCCCAGTGGC CCGCCAGCCT GGCCCGCAAG CGCAGCATCA TGAAGCAGGT CACCCACAAG
GACGTCATCC TTTCGTACCC GTACGAAGCC ATGGACCCCT TCGTCCGCCT GCTGCAGGAA
GCTGCCAACG ACCCCGACGT CATCTCCATC AAGATCACGC TGTACCGCCT GGCCAGCCAG
TCGCGCCTTG CCGAGGCCCT GATCACCGCC GCCGAAAACG GCAAGGACGT CACGGCGCTG
TTCGAGCTGC GCGCCCGCTT CGACGAGTTC AACAACATCG AGTGGTCGCA GCGCTTCGAG
CAGGCCGGAT GCAACATCAT CTACGGCTTC CACGACTTCA AGGTGCATAG CAAGATCTGC
GCCATCACTC GCCGCACCGA CGAGGGTCTG CAGTTCATCA CCCAGCTGGG CACCGGCAAC
TACAACGAGA AGACCGCCAA GCTGTACACC GACCTGTCCA TGATCACCTG CGATCCGGTC
ATCGGCCAGG ACGCCGCGAA GTTCTTCCGC AGCATGCAGC TGGAATCTGT GTCCAAGGAT
TACAAGAAGC TCCTGGTTGC ACCGCTCATG ATCAAGCAGC AGCTCAGCAA GTTCGTGGAC
GAGGAAATCG AGAAGGCCAA GGCCGGCCAG CCCGCCGAAA TCTGGCTGAA GACCAACTCC
GTCACCGACA AGGATATGAT CGAGAAGCTG GCCGAAGCCA GCCAAGCCGG CGTGAAAATC
ACCATGTTGG TCCGCGGCAT CTCCTGCCTG GTCCCCGGCG TCGAGGGATA CACCGAGAAC
ATCCGCGTAG TCAGCGTCGT CGGCCGTCTG CTCGAGCACT CTCGCATATA TATGTTCGGC
TCCGATCCGG ACACCCGCAA GATCTATCTG TCCAGCGCCG ACCTCATGAC CCGCAACCTC
GACAAGCGCG TCGAGATTGC TTGGCCGGTC GAGAAGGAAG ACCTGCGCGC CCGTGTCGTC
GGCTACTTCG ACACCATGCT TTCCGATACC GCCAAGCTGC GCGAGCTCTT GCCCGATGGC
GAATACACCG AGCTGTGCCA CTTCGTGCCC AAGGACGAAG AGGGCAACTA CCTGGAGCGC
CCGATCGATG CTCAGGACAC GCTCATCAAG GAGGCGTATA TCGCCAACGA ACACTCCATG
GCAGGTGCCG ACTTCGACCA TGCCGTGCAG ATTTCCACGC AGGTATCTGC GTTGCAGGAG
GAAGCCGAAG ACGATTACGT CGTCGTAAAG GCCGCCGAAG AGAAGAACGA GGCCGAGTCT
TTTAGGCCTG AGCCGGCGCC GGATACCGAG TTCGTGACCG AGCCGGTGGC GTCGGCTGTT
GAAGAAGACG TACTGGAAGA AGAGCCCGAG GTCGAGGACG AACCCGAAGC CGAACCTGAG
GTTGAAGACG AACCTGAGGA CGAGGATGAG GATGAGCCCG AGACCGAAGA CGAGGTCGAG
GACGAGCCCG AGGTTGAAGA CGAGCCTGAA ACCGAAGACG AGCCCGAGGT CGAAGAGGAC
AACGACGAAT CCGATGACGA GCCGGAAAAG GATCTTGACG ATGAGGACGA AGGCGACGTT
GCCGAGACGT ATGTCCCGAA GCATGCGGCG CCTGAACCTG AGGTAGAAGC CGCGGCCGAG
GCGCTGGAAC CTGTGACCGA GGCCCCCGCT GCCGAGGCCG AGGCTGAACC TCAGCCCGAA
TCGGAGCCCG TTGCCGAACC CGAGCTGGAA CCCGTTGCCG AACCCGAGCC GGAGCCTGAG
CCCGAGCCGG AGCCTGAGCC CGAGCCGGAG CCTGAGCCCG AGCCGGAGCC GGAACCGGAG
CCCGTTGCCG AACCCGAGCT GGAACCCGTT GCCGAACCCG AGCCGGAGCC TGAGCCCGAA
CCGGAACCGG AGCCGGAACC TGAACCGGAG TCCGTTGCCG AACCCGAGCT GGAACCCGTT
GCCGAACCCG AGCCGGAGCC TGAACCCGAA CCGGAACCGG AGCCGGAACC TGAACCGGAG
TCCGAGCCTG AACCCGAGAT TCCGACCGCC GAGCCGACCG AGGTTATCGA GGCGCCTAAC
GCCCAGGTGG CCGACGCCGC CCATACCGCC GACGCCACGC CGGCTGCCGT CCAAAACCCT
GCACCGCAGC CCGACCCGGC GTGGGATCCC CAGCCGCAAC CCGGCCTGGT TGTGGCCGAA
CCCAAGAAGC GCGGCGGCAT CTTCGGATTC TTCCGTCGCC TGTTCCGCCG CAACAAGTAA
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| Protein sequence | MVKSSKDEKL AKEAKESARP EKKPYMQNRE LSWLMFNKRV LDQSIDENQP LLERLKFLAI
WRSNLQEFFM VRVGSLLDLE LTGDVIYDSK SGMTPTEQLE AIYKRVQELT PLASKDYQTV
RHQLEAVGIH QMYPDELSID EDEQVRSYME KNVMPLVSPQ IVNATHPFPH LENGKMYICV
RLDDQAEYSK TKNMSKSERK LLRAQAAENV IMGFIPMPAN CPRFVPISSE DGTFKFILLE
HALEMVAPDI FDMYPVKMAN VVMVTRNADL DAYEESDESD EDFRSHMRRI LKKRARLAPV
RLESERELSG DTERFLRERL GLKRSQVYNT GMPLDMGFAF ALPGIVGGEL EEQYSNEPAE
PQWPASLARK RSIMKQVTHK DVILSYPYEA MDPFVRLLQE AANDPDVISI KITLYRLASQ
SRLAEALITA AENGKDVTAL FELRARFDEF NNIEWSQRFE QAGCNIIYGF HDFKVHSKIC
AITRRTDEGL QFITQLGTGN YNEKTAKLYT DLSMITCDPV IGQDAAKFFR SMQLESVSKD
YKKLLVAPLM IKQQLSKFVD EEIEKAKAGQ PAEIWLKTNS VTDKDMIEKL AEASQAGVKI
TMLVRGISCL VPGVEGYTEN IRVVSVVGRL LEHSRIYMFG SDPDTRKIYL SSADLMTRNL
DKRVEIAWPV EKEDLRARVV GYFDTMLSDT AKLRELLPDG EYTELCHFVP KDEEGNYLER
PIDAQDTLIK EAYIANEHSM AGADFDHAVQ ISTQVSALQE EAEDDYVVVK AAEEKNEAES
FRPEPAPDTE FVTEPVASAV EEDVLEEEPE VEDEPEAEPE VEDEPEDEDE DEPETEDEVE
DEPEVEDEPE TEDEPEVEED NDESDDEPEK DLDDEDEGDV AETYVPKHAA PEPEVEAAAE
ALEPVTEAPA AEAEAEPQPE SEPVAEPELE PVAEPEPEPE PEPEPEPEPE PEPEPEPEPE
PVAEPELEPV AEPEPEPEPE PEPEPEPEPE SVAEPELEPV AEPEPEPEPE PEPEPEPEPE
SEPEPEIPTA EPTEVIEAPN AQVADAAHTA DATPAAVQNP APQPDPAWDP QPQPGLVVAE
PKKRGGIFGF FRRLFRRNK
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