| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Psyc_1383 |
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| Symbol | |
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| ID | 3515341 |
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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 | Psychrobacter arcticus 273-4 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007204 |
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| Strand | + |
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| Start bp | 1668805 |
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| End bp | 1672740 |
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| Gene Length | 3936 bp |
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| Protein Length | 1311 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637670070 |
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| Product | hypothetical protein |
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| Protein accession | YP_264665 |
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| Protein GI | 71065938 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.847962 |
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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 | 14 |
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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 | ATGCTAGAAA TGCGCGACGA CCAAAATCTC GACAGTATGT CGACTGCAGA GCATGGTCTA
AATATAAGTA ATGAATTAGT TTCCAACAAC CAACCACTAG AAGCAGCTAA AAAGAAAAAT
AAACTATTAA GAGTAGCTCT ATTAAATAGT TACCTGAAAG GACAAAGCCA CCTTATTGAG
GTAGATAGCA ATACTATTCT TACTGGTCGT AATAGTGCCG GTAAAACAAC GTTAATGGGC
GCTATCGTGC CGTTTTTTGG CACCAAGCTA AGTAGTATTT CCAAAAAATC TGAAGTACAT
AAGAGTTTTG TAGAGTTCTA CCTCCCTTAT GCAAACAGCT ATATCGTTTA TGAATACATA
AGAGAGGGTC AAAAAAAGTG CGTCTTGATC AGGAATAGTG GTGGTGTTCA AGTTTTCAAC
TTCATTGATT CAGAATATAA AGAGAAGTGG TTTGTCAGTA TGGACTTGCA GGGTAAGCGC
TCTTTTCATC AGTTTGAGGC GGTAAAAGCG AACATTGAGT CAGACGGGTT ATACATTTCT
AACAATGTGC GCCAGTTGTC ATACGAGGCT ATTATTAGTA ACTGCCCTCC TCATCGTGTT
AAAGCATCTA TACGCTCAAC AGATAGCCTC AGAAGTATCT CTGCACTACG TCATGACTTT
TCATTAGCGA CAGGGAAAGG GAGTTTCTAT GGTTTTGCTT CAATCGCTAG CAACATATTA
CAGACAAAGC TTGAATTTAA TGAGATATGC GAGTTCTTAG TAGAGGCGAT GAAGGCGGAG
AATAAGGTTA GAGACAATGA GATTATTATC GACTCTAAAG GGGTCGATAC CGCTAAGTGG
GTACGTCAAC GGGATACTTG GGGCAAGATT GAAGTGTTAC GACCACAGTT TGATCGTTTA
TCTTTAGCAG TCAAAATGAA TGCCTCTAAT CAAAATGAAT TATCTACAGA CATTAGCATC
ATAGGTGGTC TACTGATTGA GCTGAAGAAC AAAATAAGAA ACAACAAGGA CTTACTGAAC
CAATATCAAA ACTCTATCAA TCTACTTAAA AGTGATATCA ATGAAGTATC TGCTCAATGG
AGACGAGACC AAGGTGACTT AGACGCTCAA TTAAGTCGTC TGACTCTTGA TATTGATAAG
CTTGAGGCGC GTAAATTTGA GTTTGAAAAT GGTATTGCTG GCAAGCATAA ACCCGTGAAT
GAATTAAAAG AGCTGTCATC ACAGATACAA GCTCTCAACA CTCAAAAAGA CCATCAAGAA
AGCCTTTTAA ATGACTATGA AGATAAAGAG CGTGAGGCTG CTGCAGTCAT CAAACAAATA
GAATCCATAC TTCAAAAAGA ATTGCTGGCA ATTGAAAACA GTCTAACTCA GAAACTTGCC
AGCATTGAAC ATGAGATAAC TAAGGCAGAC GGTGTATACG AGCATGCTTA TTCTGAATTA
ATGAAATCAC AATACGCTCA TATAGAATCT ATTCGCGATA GTGCCAAAAT TCAGATAGAT
AATATTCGTG ACAAGCTACA ACAGCTAAAA ATAGATAAAG CCCTTCTTGA TCAATCTGTC
ACTAGTATTG ATATCAGCCT TAAATATAAG CAAGACTTGG AGCAAGTTGC TGGCGAGATA
CGTGCTAAAC AAAAGCAGTT AAGCCGAGAT ATAGAAAACG AAAGCATAGC TAAAGAGCAA
AGCCGTGCCG CGCAAGCAGA AAATAGCAAC CTTCAAAACG AGCTTATCGA AAATTCACGA
AGTATAGAGA GGTTTCAAGC AGATTATAAA AAGCTTCAGG ACTTATTAAA AGGCGATACC
CTATTTAGCT TTTTGGTACA AAGCGAAGAT GATCAGAGCC TAGTTGCTAC AGTAGACCAA
GTTAGACGAG CCATAGACCC CGCATTACTT AATCGTACCG ACCTAGAACC GTCATGGCTA
GACGCAGATA GTAGCGATAA CCATATCCAA ACTGGTGAGT CCTTGTATGG TCTGATCATA
GATACTGCAA AAATTGATAA CTCAAAAAGT CAGTCTCGCC GTGAAATCAC TCAGCAGATG
CTTAGCATTG ATGCTCAAAT ATCTAGTAAA AACGAGAGAA AGAAAGAAGT TGAGTCTTTA
TTACTTGCCA GCCAAAAAAG AATAAAACTT GCAAGAGATG AGAGCTATCA AGCTACCGTC
AATATTACTA AAACTAAAGA ATCAATAGAA AGCTTAAATC AAAGTAGCAA GCAATTAGAG
CTAAGAGCCA AAGCAGATCT TGAAGACAGA AAAACTAAGC TTGCTCAGCA AGTAGCAGCG
TTAGCAACCG AAATTGCTGG TAAGCAAAAT GAGCTAACTA ATATAGAGCT CGGAGTTCAT
GAAAACATTA ATGATATCAA GCAACAGGAT AAGATTAGAC TTAAGCAATT AGAAGCCAGC
CAAACTCAAA GAAAAGAGCA ACTCAACCAA GATAAGAAAG CGGCTACCGT TAAGGCGCAA
CAACAGAGCA CTAGTGCTCG TCAACGTCGA GACAATGCTA TTAATGCAAA CGGCTATGAT
GATAATGTGA TAATTGGTGT TAGGGATACC ATCAAAGATA TTACCGCTCA GCTCAAACGT
GCTGAATCTG CTCAGTTGCG CGTTACCCTG TATGATGAAT TTTTAGCTGA AGAGTACACA
CAAGCTAGTG CTTACACTCA AAAACACAGT GAGCTAAAGT CTATTGTTAT CACCAATACT
CAAGCTTTCA ATGAGATTAT TGAGGAAAAA ACCAGGAAAG CTGGTAGTTT ATCTGAGGAA
GCCTCTAGCA TTGAGCAAGA CTTGACGGTA GCCAATGCTG ATCTTGAGCG ACTAGAAACG
ACCCTTAAAG CCGCTAACAA TACCTTTATA AGTACATTAG TACCAAATCA GCCACCACCC
GCAGAGTTTG CCTCAAAAAC CCTATTTGAG CTACATGATA CTGCGCTATT CGTACTCGAT
AAATCTAAAG AGACTATTGA GAAGACTAGG AACACTATCA AAGAAGGTAT CAACATACTT
ACCGCTATAA AATCACCATT TATCAATAAC GAGAGTATGT TTGAGACCTT ACTTTCCAAT
GACAGCACAG TAGGCCGTCC TGATGACTAT AACTGGTTCA TACAAGCGCG TATCTTTACT
GAGTATTTAA ACAATGAGCA TGAGACTAGA AAAGAGGTCA TCATCAATCA CTATCTGGTT
GAAGCTCATA AAATTCGCGA TTTTAAATTC AAACTAGACC AAGCGCATCA TAGCCTAACC
ACATTCTCAA ACCGTATTAA TCGTAGCTGT AGAGAGGTCT GTGATAAATT GGGCGCGTTG
GCTATCGAGA ATCTAAAGAT TACGCTAACC TCTAGTATTA GAGATAACGA ATGGTATTCG
GTACTCAATA CCTTTACCGA GGCATTCGAA GAATGGGTTA ACAAGGATAT TCATGACAGG
TATCGTATGC CTGATGAAGA ACTTTTAATG AAGCTTGACC AAGTACAAAG CTATATTGGT
CAAAACAAAA TGAACATCAA ACTGTCAGAA CAGTTCTTTG TCAGCTTGAC GGTGAAACAA
AGAGGTAAAG AGGAGCAGCA TACCGACCGT GCCAAATCTT TCCCTGATAT CGGCTCAAAT
GGCACCATGC GTATTGCCCA GCTGATTATT TATATTGCCC TACTCTCAGT CATATCGACC
ACTGATACTA GTGAGCTCAA ATTCTTTATT GATGAAGTGG GTGTGCTTGA CCCTACCAAT
ACCCAAGAGC TATTAGGCTT ACTGCAAAAA CTAGGTATTT CAGCCATGTG CGCCGCACCA
GAGAATCCTC ATGACGCTGT GATCCCCTTA TTCTCTAACA ACATTGGCTG TGCTTATGAT
GTTAACACTT ATAGATATGA GCTATCACAG ACAGATGATA TGTACTCGCT AACTCAGGAC
CACCAGTTAG AGCAATATGG AGTATTCGAA GAATGA
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| Protein sequence | MLEMRDDQNL DSMSTAEHGL NISNELVSNN QPLEAAKKKN KLLRVALLNS YLKGQSHLIE
VDSNTILTGR NSAGKTTLMG AIVPFFGTKL SSISKKSEVH KSFVEFYLPY ANSYIVYEYI
REGQKKCVLI RNSGGVQVFN FIDSEYKEKW FVSMDLQGKR SFHQFEAVKA NIESDGLYIS
NNVRQLSYEA IISNCPPHRV KASIRSTDSL RSISALRHDF SLATGKGSFY GFASIASNIL
QTKLEFNEIC EFLVEAMKAE NKVRDNEIII DSKGVDTAKW VRQRDTWGKI EVLRPQFDRL
SLAVKMNASN QNELSTDISI IGGLLIELKN KIRNNKDLLN QYQNSINLLK SDINEVSAQW
RRDQGDLDAQ LSRLTLDIDK LEARKFEFEN GIAGKHKPVN ELKELSSQIQ ALNTQKDHQE
SLLNDYEDKE REAAAVIKQI ESILQKELLA IENSLTQKLA SIEHEITKAD GVYEHAYSEL
MKSQYAHIES IRDSAKIQID NIRDKLQQLK IDKALLDQSV TSIDISLKYK QDLEQVAGEI
RAKQKQLSRD IENESIAKEQ SRAAQAENSN LQNELIENSR SIERFQADYK KLQDLLKGDT
LFSFLVQSED DQSLVATVDQ VRRAIDPALL NRTDLEPSWL DADSSDNHIQ TGESLYGLII
DTAKIDNSKS QSRREITQQM LSIDAQISSK NERKKEVESL LLASQKRIKL ARDESYQATV
NITKTKESIE SLNQSSKQLE LRAKADLEDR KTKLAQQVAA LATEIAGKQN ELTNIELGVH
ENINDIKQQD KIRLKQLEAS QTQRKEQLNQ DKKAATVKAQ QQSTSARQRR DNAINANGYD
DNVIIGVRDT IKDITAQLKR AESAQLRVTL YDEFLAEEYT QASAYTQKHS ELKSIVITNT
QAFNEIIEEK TRKAGSLSEE ASSIEQDLTV ANADLERLET TLKAANNTFI STLVPNQPPP
AEFASKTLFE LHDTALFVLD KSKETIEKTR NTIKEGINIL TAIKSPFINN ESMFETLLSN
DSTVGRPDDY NWFIQARIFT EYLNNEHETR KEVIINHYLV EAHKIRDFKF KLDQAHHSLT
TFSNRINRSC REVCDKLGAL AIENLKITLT SSIRDNEWYS VLNTFTEAFE EWVNKDIHDR
YRMPDEELLM KLDQVQSYIG QNKMNIKLSE QFFVSLTVKQ RGKEEQHTDR AKSFPDIGSN
GTMRIAQLII YIALLSVIST TDTSELKFFI DEVGVLDPTN TQELLGLLQK LGISAMCAAP
ENPHDAVIPL FSNNIGCAYD VNTYRYELSQ TDDMYSLTQD HQLEQYGVFE E
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