| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Phep_1317 |
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| Symbol | |
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| ID | 8252417 |
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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 | 1567541 |
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| End bp | 1571653 |
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| Gene Length | 4113 bp |
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| Protein Length | 1370 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 644934971 |
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| Product | ATP-binding region ATPase domain protein |
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| Protein accession | YP_003091594 |
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| Protein GI | 255531222 |
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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 | 4 |
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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 | 39 |
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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 | ATGCGCATTA CCCTTACCGG GGTCTTCCTG ACCTTTATAG CTTTCTTCGC CAACGCCACC
TTTGCACAAA ACCTTAGTTT TAAACGGCTT ACCATAAATG AAGGTTTATC GCAAAACACG
GCTTTCTGTA TTTTACAGGA TAAAACAGGC TATATATGGA TAGGTACTGA AGATGGTTTA
AACAAATATG ATGGCTATGA TTTCACCATT TATAAACACG AGAACAACGA TAAAAACAGC
CTGAGCAACA GCCAGGTAAA TGCCCTGTGT GAAGATCCCA AAGAAAACCT TTGGGTCGGC
ACCTCGAAAG GACTCAATTT ATTAAACCGG GATACGGAAA GCTTTAAAAC CCTGTCTAAC
GATTTTGTAA CTTCATTACT CTACGATACT CGCGGTAATT TATGGATCGG CACCTTCGAT
GGGCTGAAAC GCTATGATTA CCAAAGCAAA AAAATCATTG TATATCAACT TACCGGCAAC
AACCTTAACG GTGGAAATAA GGTGCAGACT ATTTTTGAAG ACCAGCATAA CCTACTATGG
ATCAGCATTG GGAACGACCT GAAGTGCTTT GACCCGGCAA CCAAACAGTT TTTATCCTTA
CCAGATGGCA TAAAAAACAA CATTGCACTC CGCAAAAGCA ATGTCAGGGT TATTAAACAG
GATGCTTATG GCAATTACTG GTTTGGAACT GAATCTTCGG GTCTGTATAA ATTTAACCCC
CTGAACCGCA GCGTTACCAA TTACAGGCAC GATGTGAGCG ACGACAATAG TTTGCCGGTT
AATGTGGTAC GCTCCCTGTT CCCTTATGCA AAAGATGAAC TCTGGATAGG CACCCGGGAT
GGTTTGAGTG TACTGAACCT GCAAACCAAC CGCTTTGTAA ATTACCGGTA TAACCCTTAT
GATCCCAAAA CACTCAGCCA CAATTCCATC AGGGACATTT TGAGGGACCG TGCAGGCAAT
GTATGGATCG GTACTTACGC AGGTGGACTG AATATTTTAA GTTCAGGCAG TAACAATTTC
TCCTATATTG GTGAACAGGC GGGTAAAAAA CCCGGACTTA CCCATCGTGT GGTCAGCTCC
ATCCTTAAAG CTGATAATGG TGCTTTATGG ATTGGTACAG AAGGCGGTGG CCTCAATTAT
GTAGACCGTA AAAAAGGGAT CTACAAGAGT TACGTGATCA ACAGCAAACA ACAGAATATT
GTTAAATCGC TTGCTAAAGA CAAAAATGGT AACCTTTGGA TAGGCAATTA TGATGGCCTT
AGCTACCTGA ATACCACTAC CGGACAGTTT ACCAATTATG AAATTACTGA AAATGATGCC
AAACCTGAAA ACAAACAGGT GTATGCGCTT GCCGTTGACG ACAATGGCCT GTGGCTGGGT
ACTGATGGCC GCGGCTTAAA ATTCAGGGAC AACAGCGGCA AACTTACAAC CTATACCAAT
AACCCTAAAA ACAAACAAAG TGTAAGTGGA AACATTATTA TTGCTTTGCT AAAAGCTCCC
AACGGAAACT TGTGGATCGG AACGGAGACA GGCCTAAGCT TTTTTGACAA AAGTAAAAAC
ACCTTCCGGC AGTTTGTGAA CCATGCCGAT GATGCCTACA GTTTGAGCCA CAACACCGTG
CTGGCTTTAT TTTTAGACCA TAAACAACGG CTATGGGTTG GTACAGAGGG TGGTGGACTG
AACCTTTACG ATAAAGGGAA ATTTTATGCC ATCACCAATA AATTCGGATT GGCAAATGCT
GTAATTCATG GCATAAGGGA AGACAGGGCG GGTAATTTGT GGGTAAGTAC CAACAAGGGT
TTATCAAAAA TTGTGCTTAA ACAACAGGGC CTGCCCATAA AACCGGAAAT GGTACAGGTG
ATGAATTACA CAGTAGCAGA TGGCCTGCAG AGCAACCAAT TTGCTTCAGG CGCAGCCGAA
ACAGGCGACA ATGGGGAACT TTTGTTTGGT GGGATTAACG GGGTAACTAC ATTTTTTCCG
GATAAAATTG TGAGGAACAG TTTTAAGCCC AAAGTAGTGA TCACCGATTT TCTGATCAAA
AACAATGCTG TCCCAATAAA TGCTGAACAT TCGCCACTAA AAAAAGCCAT AGGGGAAACA
GATAAAATCA CCCTGACGCA CGACCAGGCC TTTATCACCT TTAAGTTTGC GGCACTCAAC
TTTGTAAATC CGGAAAAGAA CCTATATGCC TATAAACTGG ATGGCTTTTA CGATGATGAC
TGGCACTTTG TAGGCAACCA GCGTACAGCT ACTTATACCA ATCTGGATGC CGGAAAGTAT
ACTTTCATGA TCAAAGCAGC CAATAATGAT GGAGTGTGGA ACAATGAGAT CCGGAGCTTG
CAGATCACAG TGCTGCCGCC ATGGTGGGAA ACCTGGTGGG CATACCTCAT CTACGCTTCG
ATCATCGGAT TGCTGTTGTA CGCTTTTTAT TATTATTCTG TTAAAACGGG CAAGCTGAAA
AACGACCTTG CTTTTGAACA CCAGAGCCAC GAAAAAGATC AGGAACTGGC ACAGCGCAAA
CTGAGCTTTT TTACCAATAT CTCGCACGAG ATCAAAACCC CGCTTACACT GATCCTAGCC
CCGATAGACA AACTGCTGGG TCTGAATGAG GGCAACAATA AAATCCAGAA CCAGCTGATG
CTGATGCAGC GCAATGGCGA GCGTTTATTA CGACTGATTA ACCAGCTGCT GGATTTCAGA
AAATTTGAAT CGGGCAGCAT GCAGCTGCAA TCGGCCGAAG GCAATGTGGT ACGCTTCATG
AAAGAGATCC TGATTGCCTT TGAATCTTAT GCCAGCCATC GTCGCATCCG CTTAAAACTG
GTAACGGAGC AGCAAAGTAT CAGGGCCTGG TTTGACCGCG ACAAGCTGGA AAAAGTAATG
TATAACCTGC TTTCCAATTC TTTAAAATTT ACGTCCGAAG GCGGACAGGT ACTGGTACGT
ATTAAAACCG CTGAAGAAAA GCTGCTGATT GAAGTGGAAG ACAATGGCAT TGGCATTTCG
CCGCAGCACA TCGATAAAAT ATTTGAACAG TTTAACCATT TTGACGACAG CAATTCCAAT
ATTAATGGTA CCGGTATTGG GCTGGCCTTT TCTAAAGGGC TGATAGAACT CCATCATGGC
AGTATAACCG TACAAAGTAC CGTGGCCAGT CCGCAGCAAA CCGGCTTAAC CTTGTTTACC
ATTTCGCTGC CGCTGGGCAA TGCACACCTG AGTGAAGAAG AAATGATTGC CAACTACAAA
GACAGTGAAA ATATTGATGG TTATAAGGAT ACAGAGATTT CGGCCATTGC CAAACAGACC
ATTGAAAAAA GAAAACAGCA TGTATTAACA GCTACGGATA AAGAAAGGCT GATTTTACTG
ATCGTAGAAG ATAATCAGGA TGTACGCCAG TTTATTGCTG CACATTTTGA AGCTGAATTT
GAGATTCATC AGGCCGAAAA TGGACTTAAG GGCATGGAAC TGGCTACTGA AATCATTCCG
GATATCATCA TCAGCGATGT GATGATGCCG GAAATGGATG GCATTACTTT ATGTAGCAAA
ATCAAATCGG ATACACGTAC CAGCCATGTT CCGGTTATTT TACTAACCGC CCGTACCCCT
TTGGTGTATA AGATTGAAGG TTATGAAACA GGTGCCGACG ATTACATTAC CAAACCCTTT
AACCTGAACA TGCTGGAAGC CAGGGTATGG AACCTGTTGG ATTCGCGGCT AAAACTGCGC
GAACGCTACC GGAAAGAGAT CAGTTTGCAG CCTAAAAATG TTGCCATTAC CTCACCAGAT
GAAAAGTTTC TGGAAAAAGC AATGGCTTAT ATTGAACAGA ACATCAGCGA AGCTTCTCTG
AGTGTAGAAG AGCTGGGTAA AGAAGTAGGT ATGAGCCGCG TTACATTATA CCGGAAAATC
AAGGGCCTCA CAGACCAGAC AGCCATTGAG TTTATCAGAA GTGTACGCCT GAAACGCGCA
GCACAATTGC TGGAACAGAA CAAGCTAAAT GTAAATGAGG TGGCTTATAT GGTAGGCTTT
CAGGATATCG ATTATTTCAG GCGCTGCTTT AAGGAACAGT TTGGCTATAC CCCTAAAGAA
TATGCCAGCC AGGCTGGTGA AAAAGACAAA TAG
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| Protein sequence | MRITLTGVFL TFIAFFANAT FAQNLSFKRL TINEGLSQNT AFCILQDKTG YIWIGTEDGL
NKYDGYDFTI YKHENNDKNS LSNSQVNALC EDPKENLWVG TSKGLNLLNR DTESFKTLSN
DFVTSLLYDT RGNLWIGTFD GLKRYDYQSK KIIVYQLTGN NLNGGNKVQT IFEDQHNLLW
ISIGNDLKCF DPATKQFLSL PDGIKNNIAL RKSNVRVIKQ DAYGNYWFGT ESSGLYKFNP
LNRSVTNYRH DVSDDNSLPV NVVRSLFPYA KDELWIGTRD GLSVLNLQTN RFVNYRYNPY
DPKTLSHNSI RDILRDRAGN VWIGTYAGGL NILSSGSNNF SYIGEQAGKK PGLTHRVVSS
ILKADNGALW IGTEGGGLNY VDRKKGIYKS YVINSKQQNI VKSLAKDKNG NLWIGNYDGL
SYLNTTTGQF TNYEITENDA KPENKQVYAL AVDDNGLWLG TDGRGLKFRD NSGKLTTYTN
NPKNKQSVSG NIIIALLKAP NGNLWIGTET GLSFFDKSKN TFRQFVNHAD DAYSLSHNTV
LALFLDHKQR LWVGTEGGGL NLYDKGKFYA ITNKFGLANA VIHGIREDRA GNLWVSTNKG
LSKIVLKQQG LPIKPEMVQV MNYTVADGLQ SNQFASGAAE TGDNGELLFG GINGVTTFFP
DKIVRNSFKP KVVITDFLIK NNAVPINAEH SPLKKAIGET DKITLTHDQA FITFKFAALN
FVNPEKNLYA YKLDGFYDDD WHFVGNQRTA TYTNLDAGKY TFMIKAANND GVWNNEIRSL
QITVLPPWWE TWWAYLIYAS IIGLLLYAFY YYSVKTGKLK NDLAFEHQSH EKDQELAQRK
LSFFTNISHE IKTPLTLILA PIDKLLGLNE GNNKIQNQLM LMQRNGERLL RLINQLLDFR
KFESGSMQLQ SAEGNVVRFM KEILIAFESY ASHRRIRLKL VTEQQSIRAW FDRDKLEKVM
YNLLSNSLKF TSEGGQVLVR IKTAEEKLLI EVEDNGIGIS PQHIDKIFEQ FNHFDDSNSN
INGTGIGLAF SKGLIELHHG SITVQSTVAS PQQTGLTLFT ISLPLGNAHL SEEEMIANYK
DSENIDGYKD TEISAIAKQT IEKRKQHVLT ATDKERLILL IVEDNQDVRQ FIAAHFEAEF
EIHQAENGLK GMELATEIIP DIIISDVMMP EMDGITLCSK IKSDTRTSHV PVILLTARTP
LVYKIEGYET GADDYITKPF NLNMLEARVW NLLDSRLKLR ERYRKEISLQ PKNVAITSPD
EKFLEKAMAY IEQNISEASL SVEELGKEVG MSRVTLYRKI KGLTDQTAIE FIRSVRLKRA
AQLLEQNKLN VNEVAYMVGF QDIDYFRRCF KEQFGYTPKE YASQAGEKDK
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