| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ping_0257 |
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| Symbol | |
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| ID | 4626644 |
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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 | 334620 |
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| End bp | 337346 |
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| Gene Length | 2727 bp |
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| Protein Length | 908 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 639795455 |
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| Product | hypothetical protein |
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| Protein accession | YP_941723 |
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| Protein GI | 119944043 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 17 |
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| Fosmid unclonability p-value | 0.737617 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATGACA ACAACAGCCC GGACGAAAAT AATGTCTGGC GTATTGATAA AACACCTAAC
TTACTCCATC GATGTTTTAT TTCAGAACAG TTGTGTGTCG AGGAAAGAAA AATTTGTAAG
TATTGGGAGG AAAGACAAAG TGGCAAGAAT ACACCTCAAG CATTTGTGGT CATGGCCTTT
AATTTCCGTA ACAACATGCT ATACGAACGA CAAATTAAAC CTATGCTGGC CAATCTAGAT
GAACCTCTGC TCCCTTGCCG TGCAGATACT CTTATACGTA CGGGTTATAT TGTGTGCAGA
AAGGTTTGCC AGCCGATTCT TGAGTCCGAC TTAGTGGTGG TGGAATTAAC CATACTCAAT
AAAAACGTCA CTTACGAACT TGGACTGAGC TTGGCACTGG AGCGTAAAAT ATTATTAATG
GTTCAGGAGC AAGAGCCGGA AGAAAAAATA GATTTATCGA ATGACGTTAA TAATCTGTTC
AGAAGATTAG ATATTAAAGA ATCCGAATTA TTTCGCTACA AGCCATTTGG CTTTATCACA
ACAAGTGCGC AAGAGTTACA AAATTCCCTT TGGAAGGGAG CCGATAAAGA ATTGCGACAA
ACAGATAGCC TGCAATGCAG GATAGGAGTT CTCGGCGCGG ATCATCTGGT GCCATTATCA
ACTTCAAATA TAGATTTTCA GATACCGTTA CCAAATTCAA ATATAGAAAC TCAACCTAAA
AGTCAATTAA CAGATGCCCT CAGATGCCAC CTAGGGAATG TCATTCGTGA TGCAGTATGT
AATATACTTG GTTATGAATC AGAAAAAGAA TATGAAGAAT ACCTTAAAAG CCGGGGGAAT
AGTAAACAAA AAAAAGAAGA CAAAGTCGAT GTTGATAAGT GCAAGGAGCG CAACGATTTT
CTTGGAAACT ACACGGCGAC TCAAGGCAAA AAGTTTAGCG ATATATCTGC ACAAGAATAC
AACAAAAAGA AATATTACCC ATGGATGCAT TTACAGTCGA TGCGAACTGA TAAAAAATCA
TTCACTGAAA TAGTTGATTT TATTGATAGT CGAGAGTGTT TGGCCATTGA TTTAACCAAA
ACAGGCAATA ATCTCAATGA TGCAATCAAT CTGTTCTGGC TCGGATATGC ACACGGTAAA
GGCAAAACAG TGATCCCTGT CTATGCTTAT AGCTCAGATA AGGAACAAGC CGAATTAGGT
CATAGTAACT TTGACGTTCA GGGGCTCTAT TTTCTTGGTT ATGATATAAG AAACCCAAAA
GCGATCGATG ATGATTTAAT GGCCATGTTT AAGGACATAT TAGAAAGCAC AGAAACAGAA
AGATCGCGAA ACAAACTGTG GAAGCCTATT TTTGAAGGAG CGGATTTACA AATATCGGTA
GGAGCAACAG TACATAAAGG CAGCGAAAAA TACTCTTTGA TAGAATGGGA TCATATGGTC
TTAGCTGAAT TGCACAGTTT CATCTCAGAA AAAAGGTCAA CACTACACTA CAAAATAAGT
TACCCGACCT ATCAACAACC GGACACAGTG AACAAAAAAC TCATAGAGGG TGTTTGTTTA
GATAAATTTT TGCAAGGAAA AATAGAGAAG CAAAATGTAA TAATCATTGG CTCCCCTGAT
GTCAATATCA TCACAGAATT AGTGCTGGCA AAGGCAAAGG GCATTGCACC ATTCAGTCCA
GAAAAAATAA CAAAGGAAAG TCAAAAATTT TTCGAAGGGT TAGTCTCAGT GAAAAGTAAC
AATAATAATA CACGAGGAAT TAGATACTAT TATAAAGACA GCAAGGACAA AGAAGAAGAT
AAATATGAAT CTAGTTATAA TTATAGGTTC TTAGATAAAC CTGATAATTC AGAGCAATCT
GACGATAAAG TTGTCAGTTC TAATCAATAT ACTTTTTTTC AAAATGAAGA TGAAGATGAA
GATGAAGATA AAGACAAAGA AGAAAAAGAA AAAGAAAAAA AAGGAGAAAA AGCAAAAAAA
GATAAAGGCT CAACAGGCTT TACTAAATTT CATCGTTCCT ATGGGCATAT CGCCATCTTC
GAAAATCCTT ATTCAGAAGG AAAAAGAATA ATAGTTCTAT CTGGCATTAG CGGGCCTGCA
ACTCTGGCAT TGGCGCAGAT GCTAACCGGC TGTATAAATG AAGAAACAAA CTACCAGCTG
CAATATAGAG TAGATAAAGA AAAGATTAAA GTAGATGAAA GAAAGATCCA TATTTTAGGA
GGAGTAGCTG AAAATGAAAA TGAAAATGAA AATGATAAAA GTAAAACGGA GTCTTTTATA
GCGGATTTAT TTTATGAACA CCAAGACCAA GAAGATTTAA GATCTATATT TAAAGGAGTT
AAAGAAGATA ACAAAACTGA AGAAGTTAAA AAGAAAATAA AATATGAAAC TGACTCAGGA
AAACAGAAGG GTTATAGACC GTTAAAGATC GACCTTTCCA AAAAATCACT AGAGATGCTT
GAGAAAATAA ATACAGAAAT AACTGAAGGT TATAAACAAC AAACTAAAAA TAAAAAACAG
ACTAATAATA ATTTTATGGT CGAAGCTGTC GTCGAGGTCT TACTGACAGA AAATGTGGAA
CATGAGGATA AGAATACGGT CATTCATTGG CAAGATCCTA GAAAGGTTGT TGCCTGGCGG
TTCGCCAAGG ACCCATTCAG GACTAAGACT CCATTAAAGG ACATCAGTTC TGATCTGCAT
TTCCCTAAAA GCGAGAAACA ACAGTAA
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| Protein sequence | MNDNNSPDEN NVWRIDKTPN LLHRCFISEQ LCVEERKICK YWEERQSGKN TPQAFVVMAF
NFRNNMLYER QIKPMLANLD EPLLPCRADT LIRTGYIVCR KVCQPILESD LVVVELTILN
KNVTYELGLS LALERKILLM VQEQEPEEKI DLSNDVNNLF RRLDIKESEL FRYKPFGFIT
TSAQELQNSL WKGADKELRQ TDSLQCRIGV LGADHLVPLS TSNIDFQIPL PNSNIETQPK
SQLTDALRCH LGNVIRDAVC NILGYESEKE YEEYLKSRGN SKQKKEDKVD VDKCKERNDF
LGNYTATQGK KFSDISAQEY NKKKYYPWMH LQSMRTDKKS FTEIVDFIDS RECLAIDLTK
TGNNLNDAIN LFWLGYAHGK GKTVIPVYAY SSDKEQAELG HSNFDVQGLY FLGYDIRNPK
AIDDDLMAMF KDILESTETE RSRNKLWKPI FEGADLQISV GATVHKGSEK YSLIEWDHMV
LAELHSFISE KRSTLHYKIS YPTYQQPDTV NKKLIEGVCL DKFLQGKIEK QNVIIIGSPD
VNIITELVLA KAKGIAPFSP EKITKESQKF FEGLVSVKSN NNNTRGIRYY YKDSKDKEED
KYESSYNYRF LDKPDNSEQS DDKVVSSNQY TFFQNEDEDE DEDKDKEEKE KEKKGEKAKK
DKGSTGFTKF HRSYGHIAIF ENPYSEGKRI IVLSGISGPA TLALAQMLTG CINEETNYQL
QYRVDKEKIK VDERKIHILG GVAENENENE NDKSKTESFI ADLFYEHQDQ EDLRSIFKGV
KEDNKTEEVK KKIKYETDSG KQKGYRPLKI DLSKKSLEML EKINTEITEG YKQQTKNKKQ
TNNNFMVEAV VEVLLTENVE HEDKNTVIHW QDPRKVVAWR FAKDPFRTKT PLKDISSDLH
FPKSEKQQ
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