| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Jden_0697 |
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| Symbol | |
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| ID | 8379882 |
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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 | Jonesia denitrificans DSM 20603 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013174 |
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| Strand | + |
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| Start bp | 750319 |
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| End bp | 754839 |
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| Gene Length | 4521 bp |
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| Protein Length | 1506 aa |
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| Translation table | 11 |
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| GC content | 58% |
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| IMG OID | 645003438 |
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| Product | 5'-Nucleotidase domain protein |
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| Protein accession | YP_003160664 |
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| Protein GI | 256831937 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2374] Predicted extracellular nuclease |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.208594 |
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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 | 29 |
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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 | ATGACATACA CACCGCGCAC GCGCCACACA GCAGCTCTCC TGCTGACCGG AGCGCTCATC
GCGACTCCAC TCAGTACGCT GTCCGCAACA GCAAACACCA CCCCTACAAT CACCCCCATC
GCGCAGATCC AAGGAACAGG CGACGCGACA CCACTCGCTG GACAACAAGT GACCACCCGT
GGGGTCGTCA CCGCGAGCTA CCCCACCGGT GGGTTCCGCG GATTTATCAT CCAAACACCA
GGGACCGGCG ACAACACAGA CAACGCCTCA CAAGCACTTT TCATCTACGC CGCCTCCACA
AACCTCCCCG CCGTCGGTGA CTACGTCGAA GTGACCGGAA CCGCCGGCGA ATACAACGGA
CTCACCCAAC TATCACAACC CTCAGTGACA CCACTGGACG AGTCAGTTGA CGCACCACTG
CCCTACACCG GGCAGTGGCC GCGCACCGAT GAAGAACGCG AACGTCTCGA ATCCATGCTC
TACCAGCCGT CCGCGCCCTT CACCGTCACC AACACCTACT CCACCAACCA ATACGGAGAA
CTCGGTCTCG CTTTCGGTGA CACCCCCCTG CAACAGCCCA CCGATGTGGC TCGCCCAGGG
ACAGATGACG CTGCAGGGGT CGAATCCGAC AATGCTGCCC GCACAGTTGT CCTCGACGAC
GGCGCCACCA CGAACTTCTT CTCCACAAAA ACAGCCACAC CCCCCTACAT CTCCGTGACT
GACCCAGTGC GAGTTGGGGC ACCAGTCACC TTCGACGAAC CCGTCGTCGT GGACTACCGC
AACGGCACCT GGAAACTTAA CCCCACCAGT GCCATCACCC CTGGTGATGA ACCCGTTACA
GTCAAAAACA CCCGCACCAA CGCACCCACC AAAGAAACAC TCGGTGACGC AGACATCACC
CTGGCATCGT TCAACGTCCT TAACTACTTC ACCACCACTG GTGAAGACTG GATCAACGCC
GGACACACCT GCTCGTCCTA CACAGACAAA GACGGTCAAG CAATCACTAC CCGCTCCTGC
AGCGACAACG GCCCACGCGG AGCCTGGGAC ACCGAAAGCT TCACCCGGCA ACAAAACAAA
ATAGTCGCCG CGATTAACGC ACTGGACGCC AGCGTCGTCG GACTGCTAGA AATCGAAAAC
TCCGCAGCCC TTGGCGAAGA CACCGACGAA GCGACCACCA CCCTCGTTGC TGCCCTCAAC
GCAGCCGCAG GCGAAAAACG ATGGGCAGCA GTCGCATCGT CACAGCAACT TCCCCCAGCC
AGCGAACAAG ACGCCATCAC CAACGCGATC ATCTACCAAG TTGACCACGT TGAACTACTG
GGACAACCAC AGGCACTAGG GGACAAATCA GGGGCCGGAC AAGCCTTCTC CAACGCCCGT
GAACCCATCG GGCAAGCCTT CATCCCGGCC ACAGACGGTG AACCCTTCTT CTACGTTGTG
AACCACTTCA AATCAAAAGG ATCAGCAGGT CCATTACCCG GTGACGACGA CCAAGGTGAT
GGGCAAGGGT CCTCTAACGC ATCACGAGTC GCCCAAGCAA CCGCTCTCAC CCAATGGGTA
CCCACCGCGC TCGACACCAT CGCGAAGGAA ACGGGTACCA CCATCACCGA TGTAGCGCTC
GCTGGTGACT TCAACGCCTA CACACGTGAA GACCCCATGA CGGTCCTGTC CGATGCCGGG
TACACCAATG CGGCAGCAAC CCACGCTCCC GACAAAGCCA GCTACTCCTA TCAAGGGCTG
TCCGGGTCGC TGGACCACAT CCTTTACAAC GACTCCTTCG CAGACCGGAT CACGGGCGCA
GACATCTGGA ACATCAACGC CCCAGAGTCC ATTGCTCTGG AATACTCCCG GTACAACTAC
CACGGCACCG TCTTCTACGA GAACAACGCC TACCGTTCCT CGGACCACGA CCCCGTCATC
GTTGGGGTCA CCGCAGGGTC AGGAACCACA ACACCAGCAA CAATTGACCT CAACATCTTG
GACATCAACG ATTTCCACGG ACGTATCGAC GCCAACACGG TCGCCTTCGC AGGAACCATT
GAAGAAGCCC GCAGTGAGCA CCCTGACACC ACAGTGTTCC TCTCCGCAGG AGACAACATT
GGGGCCTCCC TGTTTGCCTC CTCAGTCGCA GACGACAAAC CCACCCTCGA TGTGCTCAAC
ACCCTCGACC TTGCCGCATC AGCTGTCGGG AACCACGAAT TTGACGTCTC CTTCGACCAC
CTCACCACCC AAATCAAGGA ATGGTCACAG TTCCCCTACC TTGGGGCCAA CGTCTACACC
AAGGGCACAA CCACCCCAGC ACTGGATGAG TACACAGTCA TCGACGTTGA CGGAGTTGCC
GTTGGGGTGA TTGGCGCGGT CACCGAGGAA ACTCCTTCCC TCGTGACCCC CGGTGGTATC
GCAGACATCG AGTTCGGTGA CCCAGTCGAT GCAGTGAACC GAGTGGCCGA ACAGCTCACT
GACGGTGATG ACACCAACGG TGAAGCTGAC GTCATCGTCG CGCTCTACCA CGAAGGAGCA
AGTGCCGGAA CACCTGACGG ATCAACACTC GAGGAAGAAA TCGACGCTGG GGGAGTGTTC
GCTGACATTG CGACCCTCAC CTCCGCAGAA GTTGATGCTA TTTTCACAGG TCACACTCAC
AAACAGTACG CCTGGCTCGC AGACAACAAC GGCACCGAAC GCCCCATCAT CCAAACAGGG
TCCTACGGTG ACCACATTGG CCAGGCAGTG TTGACGCTCG ATACCACAAC AAAAGAGGTT
GTTGCGGCAC GTGCCACCAA TATCGCACGC ACCACAACCC CCGCATCGGA ACTCATCGCC
ACCTACCCAC GTGTGGCACA GGTGTCACAG ATCGTTGACG ATGCCCTCGC TCATGCACAA
GAAGTCGGTG CGCGTCAGGT CGGGTCCATC ACTGCTGACA TCACCACGGC CTACCGCGAC
GGGGAATACG TGGACGGAAT CTACACAGGT GGCTCTCGTG ACGACCGTTC CTCTGCGTCC
ACACTCGGCA CACTGGTGGC GAACTCGTTG CGAGACACAC TCCAGACCCC AGAACGCGGC
GGAGCAGATT TTGGTGTCGT CAACCCAGGT GGATTACGGG CAGACCTACT CTACGGTGAT
GACGGTGTTA TCACCTACGC GCAAGCAAAC GCCGTCCTCC CATTTGTCAA CAACCTATGG
ACAACATCGC TCACAGGTGC ACAAGTCAAA ACGCTCCTCG AACAACAATG GCAGCGCACA
GCCTCAGGTG AAGTACCCAG TAGGCCCTAC CTCCAGCTAG GACTCTCCGA CAATGTCACC
TACACCTTCG ATGCATCCCG TGACGAAGGA GACCGCATCA CCTCAGTGAG TATCGACGGA
CAACCACTCG ATACACAGCG CACCTATGTT GTCGGAACAT TCTCATTCCT CGCACAAGGA
GGCGACAACT TCCACGTCCT CAAAGACGGA ACGAACACAA AAGACTCCGG TCTGATCGAC
CGAGAAGCGT GGATTGCTTA CCTCACCGCG AACAAGGACC TCGCCCCTGA CTTCGCTCGA
CAAGGTGTCT CAGTGTCCCC ACTACCCACC ACGGTGACAA CCGGTGACAC ACTGACCACC
ACAGTCAGCG ACCTCAACCT CACCAGCTTG GGTTCTCCTG CCAACACACG ACTGACCGTC
GAATTCCTTG GTGGAGACCT CAACGACACA GTGACAGCAG GCGAGGTGAC GGTCGCACAA
GAACAACGAG GAACCGCACA GGTGGCACTC GAGGTACCTG ACAGTGCAGC AGGTGCAGGA
CAGGTGCGTT TCACGGCGCA ACCATCTGGC ACAACAGTGA CCATTCCCAT TGACGTGACC
GCAGACTCCA CACCCCCAGC AGCCGACTAC ACGACAACAA CATCGCTCGA CACCGGCAAG
AAACACTATG CGGGAGCACC CATCCGCATG TCCGTGACGG TGAAAGCCAC ACCTGCAACG
AACGCCACCA CCAACGGTGC GCAAGGCCGT GGCAAAGGAT CACACCACGG AAAGAAAACC
CCGAAAGTTA CCGGCACAGT GGACATTGTC GCTGATGGTG AAACCATCGC CACCGGCCCG
GTCAAGAATG GCCGTGCCCA CCTCACCGTG ACACTCCCAG CAGGTTCACA CAGCCTCACA
GCAGTGTTCA CAGCCACAGA TGACACCACA TTCAGTGGTT CGACTTCGCC CGAAACCAAG
GTCACCATCG CGAAAAACAC CAGCGATGTC CGCACCAAGG TCAAGCCCGG GAAAGTGACC
ACAGACAAAC CAGCCCAGGT CGTCATCACA GTCACCGCGA AAAAGCAGGG TGCCGCCCCC
ACAGGTGACA TCACCATCAA AGATGGCACC ACAACGATCG CATCCGGCAA ACTCACCCCA
GGTAAAAAGT CCAGTTCAAC CGTCACCGTT GAACTCACCG ATTTGCCACG AGGAACATAC
AAGAAACTCG TTGCCCTCTA CGACGGCGAC ACCAACACGA AGGGATCACA AGAGACCATT
CGCACCATCA TCGTGCGCTA A
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| Protein sequence | MTYTPRTRHT AALLLTGALI ATPLSTLSAT ANTTPTITPI AQIQGTGDAT PLAGQQVTTR
GVVTASYPTG GFRGFIIQTP GTGDNTDNAS QALFIYAAST NLPAVGDYVE VTGTAGEYNG
LTQLSQPSVT PLDESVDAPL PYTGQWPRTD EERERLESML YQPSAPFTVT NTYSTNQYGE
LGLAFGDTPL QQPTDVARPG TDDAAGVESD NAARTVVLDD GATTNFFSTK TATPPYISVT
DPVRVGAPVT FDEPVVVDYR NGTWKLNPTS AITPGDEPVT VKNTRTNAPT KETLGDADIT
LASFNVLNYF TTTGEDWINA GHTCSSYTDK DGQAITTRSC SDNGPRGAWD TESFTRQQNK
IVAAINALDA SVVGLLEIEN SAALGEDTDE ATTTLVAALN AAAGEKRWAA VASSQQLPPA
SEQDAITNAI IYQVDHVELL GQPQALGDKS GAGQAFSNAR EPIGQAFIPA TDGEPFFYVV
NHFKSKGSAG PLPGDDDQGD GQGSSNASRV AQATALTQWV PTALDTIAKE TGTTITDVAL
AGDFNAYTRE DPMTVLSDAG YTNAAATHAP DKASYSYQGL SGSLDHILYN DSFADRITGA
DIWNINAPES IALEYSRYNY HGTVFYENNA YRSSDHDPVI VGVTAGSGTT TPATIDLNIL
DINDFHGRID ANTVAFAGTI EEARSEHPDT TVFLSAGDNI GASLFASSVA DDKPTLDVLN
TLDLAASAVG NHEFDVSFDH LTTQIKEWSQ FPYLGANVYT KGTTTPALDE YTVIDVDGVA
VGVIGAVTEE TPSLVTPGGI ADIEFGDPVD AVNRVAEQLT DGDDTNGEAD VIVALYHEGA
SAGTPDGSTL EEEIDAGGVF ADIATLTSAE VDAIFTGHTH KQYAWLADNN GTERPIIQTG
SYGDHIGQAV LTLDTTTKEV VAARATNIAR TTTPASELIA TYPRVAQVSQ IVDDALAHAQ
EVGARQVGSI TADITTAYRD GEYVDGIYTG GSRDDRSSAS TLGTLVANSL RDTLQTPERG
GADFGVVNPG GLRADLLYGD DGVITYAQAN AVLPFVNNLW TTSLTGAQVK TLLEQQWQRT
ASGEVPSRPY LQLGLSDNVT YTFDASRDEG DRITSVSIDG QPLDTQRTYV VGTFSFLAQG
GDNFHVLKDG TNTKDSGLID REAWIAYLTA NKDLAPDFAR QGVSVSPLPT TVTTGDTLTT
TVSDLNLTSL GSPANTRLTV EFLGGDLNDT VTAGEVTVAQ EQRGTAQVAL EVPDSAAGAG
QVRFTAQPSG TTVTIPIDVT ADSTPPAADY TTTTSLDTGK KHYAGAPIRM SVTVKATPAT
NATTNGAQGR GKGSHHGKKT PKVTGTVDIV ADGETIATGP VKNGRAHLTV TLPAGSHSLT
AVFTATDDTT FSGSTSPETK VTIAKNTSDV RTKVKPGKVT TDKPAQVVIT VTAKKQGAAP
TGDITIKDGT TTIASGKLTP GKKSSSTVTV ELTDLPRGTY KKLVALYDGD TNTKGSQETI
RTIIVR
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