| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Phep_0783 |
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| Symbol | |
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| ID | 8251872 |
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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 | Pedobacter heparinus DSM 2366 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013061 |
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| Strand | + |
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| Start bp | 919384 |
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| End bp | 923508 |
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| Gene Length | 4125 bp |
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| Protein Length | 1374 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 644934433 |
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| Product | ATP-binding region ATPase domain protein |
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| Protein accession | YP_003091067 |
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| Protein GI | 255530695 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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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 | 43 |
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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 | ATGAGAAGGT ACTTAACCAG AGAGCTATTA ACCAAATGGA TGGTATTTAT GCTATTCCTG
TTGCTTGGCA ATACCGCATT TGCCCAGCTC TCATTTGACC ATTTATCTGT TGGCAATGGC
TTGTCCCAAA GTACGGTTTT GTCTATTTGC AAAGACAGCA GGGGCTATAT GTGGTTTGGA
ACACGCGATT GCCTGAACAG GTATGATGGT AAAGGTGTGA AGATCTACAG AACAGATCCT
GATGATCCGT CCACCATAAG TGCGGAAGAT TATATTTATG CGCTGCTGGA AGACCGGCAA
AAAAACCTAT GGATTGGTAC CCAGAATGGG CTTAACCGTT ATATCCCCGA AAAGGATGCT
TTTGAAAGGA TTGCATACGA ACCTAAAAAC CCAAACAGCA TCAGTGATAA AATTGTTCTT
TCTATACTGG CAGATAGCAG AGGACAGGTA TGGTTTGGGA CCAATAACGG GTTAAGTATG
CTGGAGAATC CGGCCTCAAG AAAATTTAAA AAGTTTCATC AGAAGGATGG CATAGCGGGA
AATTCGGTAT ATACTGTATT TGAGGACAGT AAAAGAAATA TATGGGTAGG CACTACGGAA
GGGCTGACGA TGATGACACT AAAAAACGGG CGTTATACAT TTACTTCCTT TCGTCATGAC
CCCGCAGATC CGAACAGCAT TAGTGGCAGT TCAGTAAAAG CCATTGCAGA AGATAAACAG
GGCAGAATCT GGATAGGATC GGAAACCGAG GGGCTCAACC TTTATGTGCC GGTATCGGGT
TCCTTTGTCC ATTTTAAATA TAACCCTCTT ATTGCTGATG GTTTAAGTAA CAACATCATC
CGCAAAATTA TGGTGGCCAA AAATGGCAGT CTATGGGTAG CCACAATGAA TGGTCTGAAT
ATATTAGATC CGCAAACATT CCGTTTTACG GCATATAAGC ATGATTCCGA TAGCCGGAAA
AGCCTGAGTG ACAATTCCAT CAAAGAGATC TATGAAGATG AACAGGGCTC GGTATGGGTA
GGTACCATGT TTGGAGGGGT TAATGTTACC CATCACAATA CCATTCCTTT TACGGTATAC
AAATATAACA AGTACCGGAA CAGTATCAGC AGCGACATCA TCAGTGTGAT TGAAGCGGAT
GCACAGGGAA ACCTTTGGAT TGGTACCGAA GGGCAGGGAC TGAATTATCT AGACCTTAAA
ACAGGGCTGT TTAAAAAATA TATAAATGAC CCCGGAGATC CTGGTAGCTT AAGTAACAAT
ACGATTAAGG CTATTTTTAA GGATAGCAAA GGCAGGGTAT GGATCGGACT ATATCAGGGT
GGACTGGAAC TTTTTATGCC GGCAAGCGGT AAGTTTAAAC ACTATCCGCA TGATCCGCGC
TATGCCAACT CTCTGAGTTT TGGTTACGTG AGCAGCATTG CTGAAGATGA ACATGGCCGT
TTGCTGGTGG GCACTTCTTC AAAAGGCCTG AATATTTTTG ATCCTGAGCA GGGAGTACTT
AGCCTGCTCA GCGATTTACC AACCAAAGGA TTAAAACTCA GCAGCAGTTA TATCAGATTT
GCTTATCAGG ATAGTAAAAA GAATGTATGG GTAGGTACAC CAAGAGGACT GAATCTTTTA
ACACCCGGAG CTGCTCAGTT CAAGGTTTTT TTCAGGGGTA GTCATACGGA TAGCCTGAAG
TCTAATCAGA TCAGTTGTAT CAGGGAAGAT CACCGGGGGA ATATCTGGAT TGGTTCGTTA
CGTGGCGGCC TAAGTTTATA CCATCCTGAA AGCCGTTCTT TTACTACCTA TTCCAGGGCG
AATGGTATGG CGAGCGATAA CATTATTGAC ATTTTGGAAG ACAATGAGCG TAACCTCTGG
ATCAGTACAG ACAGGGGGCT GACCAAGTTT GATGTGCGCA GAAAAACTTT TAAGAACTAC
AATACGGGGG ATGGCTTACC TACTAATGAA TTTAATATCA ATTCGGCCTA TAAGGATAAG
TCAGGCAAGT TATATTTTGG TAGTTATAAC GGACTGGTGA CTTTTACACC ACGTGACATC
AAAGAAAATA CAGCTTTGCC TAAAACCGTA TTCTCAGGTC TGCGGCTGTT TAACAAGCCA
GTAGCCATTA ACGGACCGGA TAAACTTTTG AAAGAAGATA TCAGTTTTAC TAAACAGATT
ACATTTTCTG CCGATCAAAA CATTTTTACC ATCGATTTTC TGGCACTTAA TTATATCCAG
CCACAGCGTA ATAAGTATGC CTATAAACTG GAAGGTTTTG AAAAAGACTG GAACTACGTC
AACATTCCGT CTGCAACCTA TACCAACCTG CCTTCAGGAA AGTATAAACT GCTGGTAAAA
GGGAGCAATA ACGATGGTTT ATGGAACAAT ACGCCAACCG CTATGGAAAT CCGTATTCTG
CCACCCCTGT GGCAAACCTG GTGGGCCTAT TTGCTTTACT TTATTGTGGG CAGTGCCTTG
CTGTACTTTG TACTGCGTTT TACCCGGCGG CAGCAAAAGC TGGAATCGGA ATTGTATTAT
GAGCACCTGA ACAACGAACG GCAGCAGGAG CTTTACCAGA TGAAGCTTGA TTTCTTTACC
AGGATCTCGC ATGAGATCCG AACACCACTG ACACTCATTT TTGCACCATT GGAGAAACTG
ATTCAGCTGA CTAAAGAAAA CGATACCGTT AATCAGCAGT TATTGGGTAT TAAAAGAAAT
ACTGACCGGT TGTTACGGCT GATCAGTGAG CTGCTCGACT TTAGAAAGAT AGAAAGTGGC
AATGCCAGTA TGCAGGTCTC AGAAAATGAT CTGGTGGCTT TTTGCCGTAA CATTTATAAT
GCCTATCAGA GTCTCGCAGA GGTTAAAAAT ATCACTTATA GTTTTTATAG TCCCGAAGAG
CGGATCCCGG CATATTATGA TATCAGTCAG CTGGAGAAGG TCTTTTTTAA CATCCTGTCG
AATGCTTTTA AATATACACC CGATGGCGGA AAGATCAGCT TTAACCTAAC AAAAGAAAAT
GACCGGGTAA AAGTGGAGAT TACTGATACG GGCATCGGCA TCCCTGTGGA TGCACAGGCA
AAGATATTTA CTAACTTTTA TCAGGTAAAA TCGGGTACTA CTGCTGCTGA AGGCTGGGGT
ATAGGCCTGG CCCTGGTAAA AAACATAGTG GACCTGCATA AAGGAGAGCT TACTGTTTTC
AGTGAACCTG CAGCAGAAGG TAAACCAGGA AAAACCAGTT TAACCGTAAC ATTGTCTTTA
GGAAAGGCTC ATTTTAAGGC TGAAGAGCTG ACTGATACAC CCCTGCTGAT AAAAACTGTA
ACAGATGTTC CTGTAACAGA AGGTCCGGTA CCGATGGAAG AAGGCGGGCT GGAGGTACTT
GCGGAGAAAA AATATACCGT CCAGGTGGTA GAAGATAATG ACGAACTCAG GGGTTTTATT
GTACAGTCGC TTCAAAATAC TTATCATATA CTGGAAAGTA TCAATGGCTT ACAAGGTTGG
GAAACTGCAA TTGAAAATGT ACCTGATATT ATCGTAAGCG ATGTGACCAT GCCTGAATTA
AACGGACTGG AACTTTGTTT AAAATTAAAA CAGGAAGAAA AGACCAATCA CATTCCGGTG
ATCATGCTGA CGGCCATGGC CTCACATCTG CACCAGGTAG ATGGGCTGGA GGCAGGAGCA
GATGTATACA TTACCAAGCC TTTCAGCATA CAGGTGCTGG AACTGAGCAT CAGGAATCTG
TTGCAGGGTA GGGAAGGGCT GAAACAAAAA TACATGAAGC AGATCATGCT GAGCCCCAGA
AAGCTGGAAA TTGAATCTCC GGATGAGAAG TTTTTGAATA AACTCATGCA ACTGGTGGAG
GATAAGATGG AAGATCCGGA TTTTAACGTA GGTAGTCTGG TTGAAGATAT TGGAATGAGC
CAGACCGTGC TGTATAAAAA GATCAAAGCG CTTACCGGTT TGTCCATTAC TGATTTTATC
AAATCACAGC GTTTAAAAAG GGCAGCTCAG TTACTGTCAG ACCATCAGCT GAACATTGCT
GAAGTGGCCT ATTCTGTAGG ATTTAACGAT AGAAAGTATT TTAGTAAAGA ATTCCGCAAG
CAATTTGGCG TTGCTCCTTC AGATTATCAC GGAAAAACAG ATTAG
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| Protein sequence | MRRYLTRELL TKWMVFMLFL LLGNTAFAQL SFDHLSVGNG LSQSTVLSIC KDSRGYMWFG
TRDCLNRYDG KGVKIYRTDP DDPSTISAED YIYALLEDRQ KNLWIGTQNG LNRYIPEKDA
FERIAYEPKN PNSISDKIVL SILADSRGQV WFGTNNGLSM LENPASRKFK KFHQKDGIAG
NSVYTVFEDS KRNIWVGTTE GLTMMTLKNG RYTFTSFRHD PADPNSISGS SVKAIAEDKQ
GRIWIGSETE GLNLYVPVSG SFVHFKYNPL IADGLSNNII RKIMVAKNGS LWVATMNGLN
ILDPQTFRFT AYKHDSDSRK SLSDNSIKEI YEDEQGSVWV GTMFGGVNVT HHNTIPFTVY
KYNKYRNSIS SDIISVIEAD AQGNLWIGTE GQGLNYLDLK TGLFKKYIND PGDPGSLSNN
TIKAIFKDSK GRVWIGLYQG GLELFMPASG KFKHYPHDPR YANSLSFGYV SSIAEDEHGR
LLVGTSSKGL NIFDPEQGVL SLLSDLPTKG LKLSSSYIRF AYQDSKKNVW VGTPRGLNLL
TPGAAQFKVF FRGSHTDSLK SNQISCIRED HRGNIWIGSL RGGLSLYHPE SRSFTTYSRA
NGMASDNIID ILEDNERNLW ISTDRGLTKF DVRRKTFKNY NTGDGLPTNE FNINSAYKDK
SGKLYFGSYN GLVTFTPRDI KENTALPKTV FSGLRLFNKP VAINGPDKLL KEDISFTKQI
TFSADQNIFT IDFLALNYIQ PQRNKYAYKL EGFEKDWNYV NIPSATYTNL PSGKYKLLVK
GSNNDGLWNN TPTAMEIRIL PPLWQTWWAY LLYFIVGSAL LYFVLRFTRR QQKLESELYY
EHLNNERQQE LYQMKLDFFT RISHEIRTPL TLIFAPLEKL IQLTKENDTV NQQLLGIKRN
TDRLLRLISE LLDFRKIESG NASMQVSEND LVAFCRNIYN AYQSLAEVKN ITYSFYSPEE
RIPAYYDISQ LEKVFFNILS NAFKYTPDGG KISFNLTKEN DRVKVEITDT GIGIPVDAQA
KIFTNFYQVK SGTTAAEGWG IGLALVKNIV DLHKGELTVF SEPAAEGKPG KTSLTVTLSL
GKAHFKAEEL TDTPLLIKTV TDVPVTEGPV PMEEGGLEVL AEKKYTVQVV EDNDELRGFI
VQSLQNTYHI LESINGLQGW ETAIENVPDI IVSDVTMPEL NGLELCLKLK QEEKTNHIPV
IMLTAMASHL HQVDGLEAGA DVYITKPFSI QVLELSIRNL LQGREGLKQK YMKQIMLSPR
KLEIESPDEK FLNKLMQLVE DKMEDPDFNV GSLVEDIGMS QTVLYKKIKA LTGLSITDFI
KSQRLKRAAQ LLSDHQLNIA EVAYSVGFND RKYFSKEFRK QFGVAPSDYH GKTD
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