| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ping_2694 |
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| Symbol | |
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| ID | 4625406 |
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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 | Psychromonas ingrahamii 37 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008709 |
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| Strand | - |
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| Start bp | 3301912 |
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| End bp | 3304944 |
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| Gene Length | 3033 bp |
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| Protein Length | 1010 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 639797817 |
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| Product | endonuclease/exonuclease/phosphatase |
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| Protein accession | YP_944003 |
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| Protein GI | 119946323 |
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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 | [TIGR03501] gammaproteobacterial enzyme C-terminal transmembrane domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.434546 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAAAGA ATGTTCTGGC GCTATCAATT GCCACCGCTC TGTCATTCAG TGCTCAAGCA
GAAATTATTA TCTCTGAGTA CATTGAAGGA GGCTCGTACA ATAAAGCGAT CGAAATAGCC
AACACAGGAT CAAGCGCGCT AACATTAGGT GGCTATGCAC TTGCTAAATC GCAAAATGGC
AGCGGTGAAT GGGAAATTAG CCTGCCGCTT GATGACGTCA CTATTGCTGC GAACAGTGTT
TATGTTGTTA TCCACAAAAC CGCTAATGAT GCAATTAAAG CGGCAGCAGG TGCGGTTATA
GATAGTAGCG GAGTTGTCAA CCATAACGGT AATGATCCCA TCGCACTACT AAAAAACGGT
AGTGTCCATG ATATGGTCGG TGTAATGGGG GGGGAGGACT TCGCAAAAGA TATAACCTTA
GTCCGCCGCG TTTACTCTCC TTCTGCTGTC TATAATCCAC GGCAATGGGA AACGTTTGCA
AAAGACAGTT CAAGCGACCT TGGCCAGCTC GGGGCAGAAG GCCAGGAGCT GGCTGAACTT
GTCGTCAACG AATCAACCAT TATGGCACTT CAGGGATCCT CATGGAGCTC CCCCTACACA
GATCCGGATA ATAACAAGTA CGTCTCTGAT GAAACCTTTA TCGTGGCCGG TGTGGTTACT
GCGATTCAAA CTGAAAAGTT AGGTAATGAT CTGGGTGTTG GCTTTTTTAT CCAAGATGGA
AATGGCGATA ATGACCCGCT GACTTCTGAC GGAATCTTTG TAATAGGTAA CATTAGCGGT
CTGACTGTTG GTGATAAAGT CGCGGTGACC GGTAAAGTTA AAGAAGACTA CGGCTGGACT
AAAATTGACT CAACCTTGGT TGAGGGGCTC AGCAGGGGGA GCACACTTGC GGCAACGGCG
CTACGTATCC TGCCAACAGA TGAAAATTTT GACTTTACCT TAGAGCGCCA TGAAGGCATG
TTCGTTGCCT TTGATAAACA ATCTGATATG CATGTCACAC GGTCATTTTC TTTTGATTAT
GGTCCCTACC GTAACAACCT GATGGTTGCT AACAAACGAG TGAATCAGCA CCCTAACCAG
TCTAATGCGC CTGCCGTTCA CCAGGGTGAA CTTGATAGTG CAGCGGAAAA ACAAACAGAC
GATAATCAGG ACAGACGTGT GGTCATCGAA TCATTTATAA AAGCGGGCGA TGGCATTATT
CCCTGGTATC CTGATTTTGC TAAAGAGGGA GCCGCGCAAA AAGGCAGTTC CGATGATTAT
ATCCGTATTG GTGATGTTAT TGATGGACTT GAAGGAGTGA TCAGCTATTC CTATAATGAT
TACCGTTTTT ACGTGACCAA TCAGGCGACA AAAGAAACAT TTTTGCACCA AGCAAGCGAC
CGGAGCAAAG CACCTGTTAT GCAGGATGGC GATCTCACTA TTGCCACATT TAATGTACTT
AACTACTTCA ACTCTCAACT CGGTGGTGAA CCCAACCCGC TAGATCAAAA CCGTGGTGCA
GAAAGCGCAG AGGAATTCGA TAGGCAGGCA AGCAAAATTG TTACTGCAAT AGTGGCAATC
AACGCCGATA TTTTAGGGCT AATGGAGATT GAAAATAATG GATTTGGGGA AAGTTCAGCG
ATTATTGATC TGCTTAACCG CCTAAACGCA AATCTTGATG ATACTAACCA ATATTCAATA
GCTCAACCGC AGACTGAAGA TCTTACTAAC GGCTTTGTCG GCAGCGATGC GATCACCTCG
CAAATAATCT TTAAAGCATC AAAAGTAAGC CTTGAGACAG TGCGTATTAT CAAAATGCCC
GAGCAGCATG CAACGCCCGT GACTGTCTAT ATCGATGGCC AATCAGAAAC AGAAAGCGGT
GATAACTATA TGCGTGATGC TATTACCCCG ACTTTCTCAA TTGCCGGTTC AGATGAAAAG
TTAACTATTT CAGTTAATCA CCTGAAATCT AAGGGTTCAC CTTGCTGGGA AGATTACAAA
CTGCAGGAGG GGAAGGATCC AGATAAACAG GGTAGTTGCG AAAACCTGCG TGTTTCAGCT
GCTTACCAAT TGGGTGAAAC CATGAAAAAT ATCGAAGGTA ATAAGCTTAT CATGGGAGAT
TTGAATTCTT ATGCCAACGA AGATGCAATT ATGGTGCTCA CTAATCGTGA TAACGCACCG
GCTGATTATC AGCTGAAAGC CGCACGTAAT ACTTATATTG GCGGACCTGA TGGGGAAGGC
GTCGAGCTGC ATGGGGATGC AGGGGCGATA ATGACTGAAT CTTACGGTTA CGCAAATGTT
ATTCGAGATA GACACCCTGA ATCTCACAGC TATTCTTACA ATGATGAAGT GGGTACGCTG
GATTACATTT TAGCCTCTGC ATCACTTAAG GATAAAATTG TTGATAGCAT GTATTGGAAT
ATCAATTCAT CGGAATCAAG CTTATTTGAA TATTCAACAA AGTACACTGG CTATCTGCCT
AAATATGATA ATGCTTACAG ATCATCTGAT CACGATCCGG CAATTGTTGT CCTGAATTTT
GCTGATAAGT CAGTCACTCC CATTGTACCT GTAGTTATAA CGCCTGCGTT GCCGGCTAAA
GTAGATCTGC CAGTGGACGC ACCGCAAGAG CCTGCCGGAG CGATATCGGG TGTCGCGTTC
AATATTTCTT TAAATCTGCT TGATGCCGCT AAAACTGCAA ATGCCGATCT CATCATTGGT
GATATAGCCT CCGTGCTTGT CAATGACGGC GTTAACACTC GCGCGGTCAG GGTTTCAAAT
ACAACACAAA AAGTGCTGAC AGGCGCTGAT TTCGAGGCAG GTTATATTGT CTTTGAAATT
GAAGGGTTAG CTGGGGGGGA TTACACAATA CAAAATATCA TCACGAATAG TAAAGGTGAG
CAAAAATTTT CAGCAATGCC TGTCTACTTT TCTGTGCAGG AGAGAGCAGC TCCCATCGCC
ACTGAAAGCA GTATTAATGG TGGTTCAACG GGAATATTGA GTTTATTTGC GCTACTCGGG
CTTGGATTCT TGCGCCGTAA AGCAATAAAA TAA
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| Protein sequence | MKKNVLALSI ATALSFSAQA EIIISEYIEG GSYNKAIEIA NTGSSALTLG GYALAKSQNG
SGEWEISLPL DDVTIAANSV YVVIHKTAND AIKAAAGAVI DSSGVVNHNG NDPIALLKNG
SVHDMVGVMG GEDFAKDITL VRRVYSPSAV YNPRQWETFA KDSSSDLGQL GAEGQELAEL
VVNESTIMAL QGSSWSSPYT DPDNNKYVSD ETFIVAGVVT AIQTEKLGND LGVGFFIQDG
NGDNDPLTSD GIFVIGNISG LTVGDKVAVT GKVKEDYGWT KIDSTLVEGL SRGSTLAATA
LRILPTDENF DFTLERHEGM FVAFDKQSDM HVTRSFSFDY GPYRNNLMVA NKRVNQHPNQ
SNAPAVHQGE LDSAAEKQTD DNQDRRVVIE SFIKAGDGII PWYPDFAKEG AAQKGSSDDY
IRIGDVIDGL EGVISYSYND YRFYVTNQAT KETFLHQASD RSKAPVMQDG DLTIATFNVL
NYFNSQLGGE PNPLDQNRGA ESAEEFDRQA SKIVTAIVAI NADILGLMEI ENNGFGESSA
IIDLLNRLNA NLDDTNQYSI AQPQTEDLTN GFVGSDAITS QIIFKASKVS LETVRIIKMP
EQHATPVTVY IDGQSETESG DNYMRDAITP TFSIAGSDEK LTISVNHLKS KGSPCWEDYK
LQEGKDPDKQ GSCENLRVSA AYQLGETMKN IEGNKLIMGD LNSYANEDAI MVLTNRDNAP
ADYQLKAARN TYIGGPDGEG VELHGDAGAI MTESYGYANV IRDRHPESHS YSYNDEVGTL
DYILASASLK DKIVDSMYWN INSSESSLFE YSTKYTGYLP KYDNAYRSSD HDPAIVVLNF
ADKSVTPIVP VVITPALPAK VDLPVDAPQE PAGAISGVAF NISLNLLDAA KTANADLIIG
DIASVLVNDG VNTRAVRVSN TTQKVLTGAD FEAGYIVFEI EGLAGGDYTI QNIITNSKGE
QKFSAMPVYF SVQERAAPIA TESSINGGST GILSLFALLG LGFLRRKAIK
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