| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Phep_2824 |
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| Symbol | |
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| ID | 8253932 |
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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 | 3351335 |
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| End bp | 3355459 |
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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 | 42% |
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| IMG OID | 644936470 |
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| Product | ATP-binding region ATPase domain protein |
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| Protein accession | YP_003093085 |
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| Protein GI | 255532713 |
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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 | 8 |
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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 | 24 |
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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 | ATGTGGTTAA TTTTGACATG GGATTTAAAC ACAGGTTTTT TTAATGCTGA CCGAATGAGG
AGAGGTGCTT TATATTGTTA TTTGTTGGTA TTGCTGTTGG CAGCCAGATT GCCGGTACAT
GCCCAGACCA ACCCTGATCA AAATGTAAAG CGTTATTTCA GAAGTATTTC TGTAGATAAG
GGCTTGTCGC AAAGCACGGT TTTCGCCATT GTACAGGATA CACTGGGATT TATGTGGATG
GCCACCCAGG ACGGACTTAA TCGTTATGAC GGGGAAACTT TTACAGTATA CAGACCCTCC
AAAGGCGATA AAAAAAGCAT ACAGTCGAAT TACATCAGGA GCATTTATCT TGACCACAAG
GGCTTGTTAT GGGTTGGTGG TAACCAGGGT GTGAGCCGGT ATGATTATGC GAGTAACAAT
TTTCAGAATT ATAAGTTGCC AAGAAAGCCT GGCGAATGGT ACATTTCATC TGTCATACAG
GATGCGGATA AACTAATATG GGCCAGTTCC AGTGCGGGTG AACTGTTTTG TCTGGATCAA
CATACTGAGC AGTTCAAACA GGTTAATTTT GATGCATCTG CCTATGGCAT TAAAAGTGTA
CGCCACCTGG CGCTGTTGAA AAACACGTTG CTGGTAGGCA CAGATGTGGG ACTGTTTAAA
ATGAACATGA AGAGCCGTAA ACTGACTTCG TTTAATCTGG GCTCGGCTAA ACCCATAAAT
GAACTTTTTA TTGATGACCA GGTATTGTGG GTGGGAACAG AAGGCAACGG GTTGATCAAA
TATAACCTGA CTACCGGCGA CTGGCAAAAT TACAGGCACC TGGTAACAAC AGTAAATGGC
AGTCTGGCCG ATAATGACGT ACGTGGCATC AGTAAAGATG CTCAGGGAAA CCTCTGGTTG
GGTACATTCA GGGGCCTTTC TATCCTCGAC CCTAAGACCG GTATTTTTCA GAATTACTAT
CACCAGGCTT CTATTCCTTA TACCCTGAGC CAGAATTCTG TACGTTTTGT ATACCGTGAT
AAGCAAATGG GTATGTGGAT GGGTACTTTT TACGGAGGCA TAAACTATTA CCATCAAAAC
GACATTAAAT TTAACCTGCT CAATCAGAAT ACAGGTGGCT TATCCTTAAA TGACCAGGTA
GTTAACCTGA TTAAAGAAGA CAGTAAGGAT AACTTTTGGA TTGGTACAAA TGATAAAGGA
CTGAACTACT GGGACCGCAA AGCCGGTACA ATCAGGTATT ATACTTATAA GGAATCTGAT
CCGAATTCAC TGAGCTCGAA CAATATCAAG TCGATTGCTT TTGATCAAAG TGGTAAACTA
TTGGTAGGTA CACATAATGC GGGCTTAAAT TACCTGGATC CGGTTACCGG AAAAAGTAAA
GTTTTCAGAC ATGTGGCCAG TGATCCGAAA AGCATCACCG GCGATATGGT ATATGCCCTT
TTAAAAGATC ATCAGAACAG GATCTGGGTA GGAACAAGGA CGGGGCTGGA TCAGTTTAAT
GTAGCCGATC AGTCTTTCTC ACACATTTAC ATCGACAAGG CAGGCAAACG TTTAACTTCT
GATGAGCTCA CTTATTTGCT GGAAGATTCC AAAAAGAGGA TCTGGATCGG TACAACAAAT
GGTGTGAACC TGTTTTATCC CGAAAACCTG TTGTTTGATC CTTTTCCGGG TGCAATGCTG
AGCAACGATG TAGTGAGCTG TATTGCTGAA GACCATAAAA AACGGATCTG GGTAGGTACC
AGGGACGGTT TAAATCTTTT TGATGAAAAT ACCCGTTCTT TTGTAACCTT TAATACCCGC
AAGGATTTTC TTAAGGGTAC CATTTATGGC ATACAGCCAG ATGATGATGG CTACCTTTGG
ATATCCACCA ATAAAGGCCT GGTGAAATTT GACCCCGATA CCCGTAAAAT ACAAATGTTC
GACAACAAGG ACGGCTTGCA AAACAACCAG TTTAATTTGT ACGCTTTTTG TAAAGCCAAT
GATGGAATGA TGCTTTTTGG TGGTATAAAC GGGATATCTT ATTTCTATCC CAGAACATTA
GACCAGGCCC CGCTTAAGCT GAAGGTGACT TTTACCGGGT TGGAAGTGTT TAATAAAACA
GTAGTTCCTG ATGATGGTTA TGGCATTTTG GACCAGCACA TTGACCAGGC TGCCAAACTC
ACTTTTGGAC ATGAATTTAA GCAGTTCAGC ATTTTCTTTA ATGCTTTTAA CTATATCTCA
CCCAACAGAA CCAAATACCA GTATAAACTG GAGGGCTTTG ATGCCGACTG GCAGTTAACA
GATAATGTAC CGAAGGCCAG TTATACCAAT CTGCAACCTG GTAAATATAT ATTTCATGTA
AAAGCGATTG GGCCGCTTGG GGAAAGCAGT GCAACGAAAA GCCTGGAGAT AGTAGTGTTG
CCACCCTGGT GGAACAGCAA CTGGTTTTAC CTGCTGGTTT GCCTGTTGGG GGCTGGAGCT
GGTTATATTG TATATAGGGT GGTTTCTGAG CGTATCAGAA CACTGCACCA GTTAAAGCTG
GAAAGAATGG AAAGAGAAAA GGTCAATTCC ATTAACCAGA TGAAAATGGA TTTCTTTACC
AATGTATCTC ATGAATTCAG GACACCACTT ACCTTAATCC TGGCTCCGCT GGAAGAGATC
ATGAACAAGC CTGTAACAGA TAAATCGTTG CGCAGGCACC ATGAACTGAT GCTGTTGAAC
GCAAAACGGT TGTATCACCT GGTCGATCAG TTGTTTGAAT TCAAAAAGAC AGAGCTGGGC
ACCAAGAAAC TGAAAGTGAA CCGGGCCGAT ATGGTGAGTT TTATTCATGA GGTTTATAGC
TCTTTTAGTA CGCTTTCTGC CAAAAACAAG ATCAAATACA CTTACAATTC CACCGAAGCA
CGACTGCCTT TTTATTTTGA TAAGGATTCT ATTGAAAAAA TACTGTTCAA CCTATTGTCC
AACGCCTTTA AATATACGCC GGAGGCAGGA TCTATAACAG TTGAACTGAC CAGGAAGAAC
AATGATGCGG TGATTAAGGT AAGTGATACG GGTATAGGGA TAGACATAAA ACATCAGGAT
AGGATCTTTG ACCGTTTTTA TCAGGTGAGC GGAGCCGAAA TGAACCTGGG CTCGGGGGTT
GGACTGGCCT TTACCAAACG CCTGGTAGAA TTGCACCATG GTACCATTAC AGTAGAAAGT
GCCCCCGGCA AGGGTAGTAT GTTTATCGTT TCTATTCCAC TTGCTGATGA GCAGTATGAT
GCGGATGAAC ACAGTGGAAG CCAGCATTAT GAGCTGTCGG TTGAAAATGA CGAGCAAGGA
AATTTTGCTG AAGATGTGGC GTTTGAAAAC CCCATAGCAG CAGATGACAG TCAGGAAAAA
GAGAAGTTGC TGGTGGTAGA TGACAATCCT GAAATTGTAG ATTACCTTAA GAATTATTTC
AGCAACATTT ACCAGGTTAG CGTTGCCTAC GATGGTAAAG AGGCACTGGG CCTGCTGGAT
GAGGAACAGG TAGACCTGAT CATCTGTGAT GTGATGATGC CAGAGCTGGA TGGCATACAT
TTTTGCAAGA AGATCAAACA GAATATCCGG ACCTGTCATA TTCCGGTAGT GTTGCTTACA
GCAAAAAATG AGACCAACCA CCAGATCAAA GGGCTCGAAG TTGGGGCAGA TGATTATGTA
ACGAAGCCTT TTTCTATCGC TTTACTGGAG GCCAAGCTGC AAAATATCAG TCGTTCCAGA
AAGCGGCTGA AAGAGTATTA TTCAAGTTCA ACGGAGATTA TTCCTGAAAA TATTGCTTTT
AATACACTTG ATGAAGACTT CTTAAGGGAA GCCATTGCAA TTATCGAGTC GCACATTACA
GAATCAGATT TTTCAGTAGA TAAATTCAGC AGGGAAATCG GCATGAGCCG TTCCAATTTG
TATTTGAAGC TAAAAGCCAT TACCGGTGAA TCTGCAACTG ATTTTATCAA AAGGATCCGC
TTTAAAAAAG CGGTAGAACT GATGGAATCC AGACAATATA CCATTGCACA GGTAGCCTAC
ATGTCGGGCT TCAATTCTCC TTCCTATTTT TCGACGGCCT TTAAACAATA TTACGATTGT
ATGCCTACAG AATATCTTGC AAAAAAGGAT TTGGAAGGCA ATTAA
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| Protein sequence | MWLILTWDLN TGFFNADRMR RGALYCYLLV LLLAARLPVH AQTNPDQNVK RYFRSISVDK
GLSQSTVFAI VQDTLGFMWM ATQDGLNRYD GETFTVYRPS KGDKKSIQSN YIRSIYLDHK
GLLWVGGNQG VSRYDYASNN FQNYKLPRKP GEWYISSVIQ DADKLIWASS SAGELFCLDQ
HTEQFKQVNF DASAYGIKSV RHLALLKNTL LVGTDVGLFK MNMKSRKLTS FNLGSAKPIN
ELFIDDQVLW VGTEGNGLIK YNLTTGDWQN YRHLVTTVNG SLADNDVRGI SKDAQGNLWL
GTFRGLSILD PKTGIFQNYY HQASIPYTLS QNSVRFVYRD KQMGMWMGTF YGGINYYHQN
DIKFNLLNQN TGGLSLNDQV VNLIKEDSKD NFWIGTNDKG LNYWDRKAGT IRYYTYKESD
PNSLSSNNIK SIAFDQSGKL LVGTHNAGLN YLDPVTGKSK VFRHVASDPK SITGDMVYAL
LKDHQNRIWV GTRTGLDQFN VADQSFSHIY IDKAGKRLTS DELTYLLEDS KKRIWIGTTN
GVNLFYPENL LFDPFPGAML SNDVVSCIAE DHKKRIWVGT RDGLNLFDEN TRSFVTFNTR
KDFLKGTIYG IQPDDDGYLW ISTNKGLVKF DPDTRKIQMF DNKDGLQNNQ FNLYAFCKAN
DGMMLFGGIN GISYFYPRTL DQAPLKLKVT FTGLEVFNKT VVPDDGYGIL DQHIDQAAKL
TFGHEFKQFS IFFNAFNYIS PNRTKYQYKL EGFDADWQLT DNVPKASYTN LQPGKYIFHV
KAIGPLGESS ATKSLEIVVL PPWWNSNWFY LLVCLLGAGA GYIVYRVVSE RIRTLHQLKL
ERMEREKVNS INQMKMDFFT NVSHEFRTPL TLILAPLEEI MNKPVTDKSL RRHHELMLLN
AKRLYHLVDQ LFEFKKTELG TKKLKVNRAD MVSFIHEVYS SFSTLSAKNK IKYTYNSTEA
RLPFYFDKDS IEKILFNLLS NAFKYTPEAG SITVELTRKN NDAVIKVSDT GIGIDIKHQD
RIFDRFYQVS GAEMNLGSGV GLAFTKRLVE LHHGTITVES APGKGSMFIV SIPLADEQYD
ADEHSGSQHY ELSVENDEQG NFAEDVAFEN PIAADDSQEK EKLLVVDDNP EIVDYLKNYF
SNIYQVSVAY DGKEALGLLD EEQVDLIICD VMMPELDGIH FCKKIKQNIR TCHIPVVLLT
AKNETNHQIK GLEVGADDYV TKPFSIALLE AKLQNISRSR KRLKEYYSSS TEIIPENIAF
NTLDEDFLRE AIAIIESHIT ESDFSVDKFS REIGMSRSNL YLKLKAITGE SATDFIKRIR
FKKAVELMES RQYTIAQVAY MSGFNSPSYF STAFKQYYDC MPTEYLAKKD LEGN
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