| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Phep_2832 |
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| Symbol | |
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| ID | 8253940 |
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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 | 3367870 |
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| End bp | 3371892 |
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| Gene Length | 4023 bp |
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| Protein Length | 1340 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 644936478 |
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| Product | ATP-binding region ATPase domain protein |
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| Protein accession | YP_003093093 |
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| Protein GI | 255532721 |
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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 | 0 |
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| Plasmid unclonability p-value | 0.0201204 |
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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 | 12 |
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| Fosmid unclonability p-value | 0.008817 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | TTGCTTGCCG GTGTACACCT GGCAAATGCA CAAACAGGTG GTAAACAATT CAGGAATATT
TCTGTAGATA AAGGTTTGTC CCAGAGTACT GTTTTTGCGA TCAGACAGGA CACACTGGGT
TTTATCTGGG TTGGGACACA GGATGGGCTG AACCGTTATG ACAGCAAGAA TTTTAAGGTA
TACAGGCCTG TAAGAGGAGA AAACCGCAGT TTACAATCTT ACTATATCCG GTGTCTTTTT
ACGGATCATA CGGGAAGCTT ATGGGTGGGT GGTAATCAGG GGATCAGCCG TTACGATTAT
AAAACAGATA GCTTTGTCAA TTACAAATTA CCCCGGAGTG TTGGCGAATG GTATATCTGT
TCGATGACGG AAGATGCAGA ACGAAACATC TGGGCGGTAT CTATCGCAGG GGATATTTTC
CGTTTAAGAC CATCTGAAAA GAAATTTATA CCAATAAACC TGAATACCTT GCCTAAGGGC
ATCAGGAATA TTTCTTATAT CGGTATCTGG AAGAATGATC TGCTTTTAGG TACGGATATT
GGTCTTTTTA AGGTCAGCGA CAAAAGAAAT GATGTTGTCC AAATAAAACT TGGTATTGAT
AAACCCGGCG TGAATGATGT TTTTATAGAT AATGATGATT GGTGGATTGC AACTGAAGGT
TATGGTTTGC TGCGCTATAA TGTTAATGAC AAACTGAGTA AGTCTTATGT ACATATCGCC
TCGAAAAATA GTATCATAGA CAATAACATC AGGAGTATAG ATAAAGATGC TGATGGCAAC
ATCTGGTTAG GAACTTTTAA GGGGCTTTCC ATTTTGGATC CTGTAAATCT TACTTTCGAT
AATTATTACC ATCAGATTTC CCAACCTTTT ACTATAGGTC AGAATTCGGT ACGCTGTATT
TATCGGGACA GGCAAAAAGG AATGTGGCTG GGCACTTATT ATGGGGGTGT AAGTTATTAC
CATAAAGACG ATATCAAATT TAATCTGCTG AGCCAAAATA TTGGCAAGCC TTCATTAAAC
GATGAAGTCA TCAGTGTGAT CAAACAGGAT AAGACCGGTG ATTTTTGGAT CGGTACCAAT
AATAAAGGTG TAAACCGCTG GAACAAAAGC ACAAATACCA TTAGTTATTA TACTTCCAAT
GAAAATGACC CGAATAGTTT GAGTTCAAAT AACATTAAGG CTATTGCTTT TGATCATATG
GGTAACGTAC TGATCGGAAC GCATAAGGGC GGATTAAATG TGCTTAATTC ATCAAATGGA
AGGATAAAAC GGTATCTTCA TGATGAAAAT GACCCAAGCA GTATTGCGGG TAACCTGGTT
TACAGCATAC TGAAAGATTA TAAAGGCAGA ATCTGGATAG GCACCCGTTC AGGTTTAGAC
CTGTTTCAGC CGGAAGCTCA GAAATTTATG CATGTTTTTT CAGATAAAGC AGGCAAAAGG
TTGATTTCTA ATGATATTAC CTGTTTGTTT GAAGATAGCA AACACAGGAT CTGGATTGGT
ACTACCAACG GTGTTTCACA ATTTTATCCA GACAATCTGC TTTTTGGAAA TATTGGTGAT
GGCAGTTTGA GCGAGGATAT TGTGAACTGC ATTACCGAAG ATAAGAAGAA AAGGATCTGG
ATGGGGACAA GAGATGGACT GAGTTTATTT GATGAAGCCA AACGTTCTTT TGTGCCGTTT
AAAAATGAAA GTATTTTTCT GACAGGGACC ATTTATGGCA TTCAGCCGGA TGATGAAGGT
AATTTATGGA TATCGACAAA TAGTGGTTTG GTAAAATTTA ATCCTGATCA TAGATTATCG
CTTCAGGCTT TTGATGAGAG TGATGGTTTA CAGAACAATC AGTTCAATGA ATATTCTTTT
TGCAAAGCTA ACGATGGCTT ACTGCTTTTT GGTGGTATAA AAGGAATTTC CTATTTCTAT
CCTTCGGCAC TTAAACAACA ACCGCTTTCT TTAAGGCTTC GTTTTACTGC ACTGGAAGTT
TTTGACAAAA CGGTTGCTGC TAATGACGAA ACAGATATCC TGAGTAATCA CATTGACCAG
ACAAAGGAGT TGGAACTCAA TCCGGAATAT AAGCAGTTCA GCATCTCTTT TAATACTTTT
AATTTTGTAT CCTCTAACCG TACCCATTAT GAGTATAAAC TGGAGGGAAT TGATAAGACA
TGGCAGGATA CCGAAGCGCT GAAAATAAGC TATAGTAACC TGCCTTATGG CGATTATGAA
CTGTACGTTA AAGCCATAGG CCCCAATGGA GAAACCAGTC CGGTAAGGAG CTTGAAGATA
TCGGTTTTAC CACCATGGTA CAAAACCAGC TGGTTTTACT TGTTGATGAG CTTGCTGACA
GCAACAGCCG GATACATCAT CTACCGTGAG GTTTCTGAAC GGGTAAGGGC CCTGCACCAG
TTAAAACTGG AACGTTTGGA TAAAGAAAAG GTGCGTTACA TTAACCAGGT GAAGATGGAC
TTTTTTACCA ATGTATCCCA CGAGCTTAGA ACGCCGTTAA CACTAATTCT GGCACCTTTG
GAAGAATTGA TAAAGATCCC CCTGGCAGAT AAAGTTTCTA AAAAGCTAAA TTTAATGTCA
GTCAATGCCA AAAGGCTCTA TAGCCTGGTT GATCAGTTGT TTGAGTTCAG AAAGACAGAG
ATGGGAACAC GCCCGCTTAA AGTAGCCAAG GGCGATATCG TAAGTTTTAT ATTCGAAATT
TACGAGTCTT TTAAGCCACT TTCGGAAAAA AATAATATCC ATTATACTTA TCATTCAACC
GAGGCAAAGC TTTCCTTTTA TTTTGATAAA GATGCAATGG AAAAGATCTT GTTCAATCTT
TTATCCAATG CTTTTAAATA TACCAGCCCA CATCATAAAG TAAGTATCGA ACTGCTGAAA
AAAGACGATG TGGTATTGAT AAAGATTGCT GATACTGGTA TAGGAATTAA TGAAGAGGAT
CTAACCAAAG TATTTGACCG TTTTTATCAG GTCGATAACC GTGAAATGAA CCTGGGGTCG
GGGGTTGGTC TGGCTTTCAC AAAGCGTTTG GTAGAGCTGC ATCATGGCCA AATCAGGGTA
GAAAGTGAAC CGGGCAGGGG AAGTACTTTC ACGATTAATA TACCAATGTC TGATGAGGTT
TATGATCAGG ATTTGCATGC TGCTGAAAGT CCGGTATATG AACTTTCAAT AGTCCCTGAA
AATGAGGGTA CCGACCTTGA CAATTCCTTT TGGGAACATG AGGTTTTAGA AGAAGAGACA
GAGTTACAAG ATAAAGAACT CAAATTGCTC CTTGTTGATG ACAATAAGGA GATTTTAGCC
TATCTCCAGG ATTTTTTTGA TCAGACTTAC CAGATATCCG TTGCCTTTGA TGGTAAAATG
GCATTGGAGA TGCTGGCGCA TCAGCAATTT GATATGATCA TTAGTGATGT GATGATGCCA
GAACTGGATG GCCTGCATTT CTGTAAGCGT GTTAAACAGA ACATCAATAC CTCTCATATT
CCTTTAATAC TTTTGACTGC AAAAACTGAG GATAGCCAGC TAATCAAAGG ACTGGAAATG
GGCGCAGATG ATTATGTGAC CAAACCCTTC TCGACCAGTC TGCTGGCAGC CAAAATAACC
AATCTGCTGC GTTCCCGTAA ACGTTTAAAG GAGTATTATT CTACCAGTAA GGAAATTGTG
CCGGAAAATA TTGCATTTAA TGCGATTGAT GAAGAATTTC TAAAACAAGC AATTGCTATT
GTTGAACGTT ATCTTTCTGA TTCGGAGTTT TCGGTGGATA AATTTAGCCG GGAAGTTGGC
ATGAGCAGGT CTAATCTTTA TCTGAAATTA AAGGCAATCA CCGGAGAATC CGTAAAGGAT
TTTGTCCGGC GCATCCGGTT TAAAAAAGCA GTGGAACTCA TGCTTTCCAA AAAATATACC
CTTGCACAGA TCGCTTATAG CTGCGGATTT AATACACCTT CTTATTTTTC TACTTCATTT
AAACAATACT ATGGTGTGAT GCCGAGTGAT TACCTGGCAA AGATAGAAGC AGAGAAACAG
TGA
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| Protein sequence | MLAGVHLANA QTGGKQFRNI SVDKGLSQST VFAIRQDTLG FIWVGTQDGL NRYDSKNFKV
YRPVRGENRS LQSYYIRCLF TDHTGSLWVG GNQGISRYDY KTDSFVNYKL PRSVGEWYIC
SMTEDAERNI WAVSIAGDIF RLRPSEKKFI PINLNTLPKG IRNISYIGIW KNDLLLGTDI
GLFKVSDKRN DVVQIKLGID KPGVNDVFID NDDWWIATEG YGLLRYNVND KLSKSYVHIA
SKNSIIDNNI RSIDKDADGN IWLGTFKGLS ILDPVNLTFD NYYHQISQPF TIGQNSVRCI
YRDRQKGMWL GTYYGGVSYY HKDDIKFNLL SQNIGKPSLN DEVISVIKQD KTGDFWIGTN
NKGVNRWNKS TNTISYYTSN ENDPNSLSSN NIKAIAFDHM GNVLIGTHKG GLNVLNSSNG
RIKRYLHDEN DPSSIAGNLV YSILKDYKGR IWIGTRSGLD LFQPEAQKFM HVFSDKAGKR
LISNDITCLF EDSKHRIWIG TTNGVSQFYP DNLLFGNIGD GSLSEDIVNC ITEDKKKRIW
MGTRDGLSLF DEAKRSFVPF KNESIFLTGT IYGIQPDDEG NLWISTNSGL VKFNPDHRLS
LQAFDESDGL QNNQFNEYSF CKANDGLLLF GGIKGISYFY PSALKQQPLS LRLRFTALEV
FDKTVAANDE TDILSNHIDQ TKELELNPEY KQFSISFNTF NFVSSNRTHY EYKLEGIDKT
WQDTEALKIS YSNLPYGDYE LYVKAIGPNG ETSPVRSLKI SVLPPWYKTS WFYLLMSLLT
ATAGYIIYRE VSERVRALHQ LKLERLDKEK VRYINQVKMD FFTNVSHELR TPLTLILAPL
EELIKIPLAD KVSKKLNLMS VNAKRLYSLV DQLFEFRKTE MGTRPLKVAK GDIVSFIFEI
YESFKPLSEK NNIHYTYHST EAKLSFYFDK DAMEKILFNL LSNAFKYTSP HHKVSIELLK
KDDVVLIKIA DTGIGINEED LTKVFDRFYQ VDNREMNLGS GVGLAFTKRL VELHHGQIRV
ESEPGRGSTF TINIPMSDEV YDQDLHAAES PVYELSIVPE NEGTDLDNSF WEHEVLEEET
ELQDKELKLL LVDDNKEILA YLQDFFDQTY QISVAFDGKM ALEMLAHQQF DMIISDVMMP
ELDGLHFCKR VKQNINTSHI PLILLTAKTE DSQLIKGLEM GADDYVTKPF STSLLAAKIT
NLLRSRKRLK EYYSTSKEIV PENIAFNAID EEFLKQAIAI VERYLSDSEF SVDKFSREVG
MSRSNLYLKL KAITGESVKD FVRRIRFKKA VELMLSKKYT LAQIAYSCGF NTPSYFSTSF
KQYYGVMPSD YLAKIEAEKQ
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