| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ping_2490 |
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| Symbol | |
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| ID | 4623523 |
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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 | 3046173 |
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| End bp | 3049436 |
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| Gene Length | 3264 bp |
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| Protein Length | 1087 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 639797622 |
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| Product | helicase DEAD/DEAH box |
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| Protein accession | YP_943816 |
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| Protein GI | 119946136 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG0553] Superfamily II DNA/RNA helicases, SNF2 family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.0540271 |
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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 | 0.0731117 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAAATAA TAGATAATAT AAATAGCCTA CTCGGTGATG ATTTGAAACA AACCATTACT
TCTGGATCAA AGTTAAAAAT CGCAGCCTCA TGCTTTTCAA TATACGCATT TGAAGCTCTT
AAAGAGCAGC TAGAGCAGGT AGATTCGTTA GAATTCATAT TTACATCACC TACATTCGTT
GAAATTGAAG TTACTGATAA TTTACGTAAA GAAAAGCGTG AATTTCATAT ACCACGTGAA
CAAAGAGAAC GAGGTTTTTA TGGGTCAGAA TTCGAAATTC AACTAAAAAA TAAGTTAACG
CAAAAAGCGA TAGCTAAAGA ATGTGCTGAT TGGATCCGTC GTAAAGCAAA CTTTCGATCA
AATGCGACCA GCGCATCAAT GCAGCAATTT GCCGGTGTTA AAAAAAATAT AAATGAATCT
GTCTATATGC CTTTACAAGG ATTTACTGCC GTTGATATTG GCTATCAAAA GGGCGATGCA
GTTTCTAATA TAGTTAATCG CATTGATGAA CAGCCTATTA CTTCTATTTA CCTAAATTTG
TTCGACCAAA TCTGGACCGA TAATGAAAAG GTTGAAGATG TAACCGATAG ACTTATAAAT
CATATATCCT CGGTTTATCA AGAGAATGCC CCTGAACGTA TCTACTTTCA GTTGCTGTAC
AATATATTTA ATGAATTTTT GAAAGATATA AATGAAGATG TACTTCCTAA TGATAAAACA
GGTTACCAAG ATAGCCTTAT ATGGAATAAA CTATTTAATT TTCAGAAAGA TGCCGCAACA
GGTATCATAA ATAAACTTGA AACATTCAGC GGTTGTATTT TGGCTGACAG TGTTGGTTTG
GGTAAAACCT TTACTGCACT TGCCGTGGTG AAATATTACG AGCTCAGAAA TAAATCCGTA
TTAGTTTTAT GTCCAAAAAA ACTTGCAGAT AACTGGTTAA ACTTCAATAG AAACCTAACT
ACCAATCCAT TCATCAAAGA TCGCTTTAAT TTCGATGTAC TCTGCCATAC AGACATTCAA
CGTACACGTG GTGAATCTTT TGGTATCCCC ATGAATCGCA TTAACTGGGG AAATTATGAC
TTAGTAGTTA TTGATGAGTC ACATAATTTT CGTAATAATC AAGTCTACAA AGATAAAGAA
ACTCGCTATC AAGCTTTAAT GAATAAAGTG ATGCGCACAG GTGTTAAAAC TAAAGTACTG
ATGTTATCAG CAACGCCTGT TAATAATCGT TTTTCAGATT TGCGAAACCA ATTAGCTTTA
GCTTATGAAG GTGAATCTGA AAAAATACGC CAACAAGTAG GTACTCAGCG TAGTATTGAA
GAAATATTCA AACGAGCTCA AAAATCATTT AATGAATGGG TTGATTTAGA GTCAGAGCAA
AGAACTGCGA ATGCGTTACT TGATTCCTTA GATTTTGATT TTATTAAATT GCTAGATAGC
GTCACCATTG CCAGATCACG TAAACACATT CAAACATTTT ATGACATTTC AGAGATAGGC
CCTTTTCCAG AACGCAGGAA GCCACTATCA TTTCATCCCC CATTAACAAC TAGAACCGAT
GTGATAGGTT TTAATCAAAT ATTTGAGCGG TTATCAAGTT TGAAAATGGC TGTCTATGCG
CCAATAAGTT ATATCTTACC GAGCCGTATT GCTAAGTATG AAGATATGTA TGACACCCAA
GTAGGTGGGA AAGGTACGCT AAGGCAAGCC GACCGTGAAA AAGCACTACA GCGTTTAATG
ACCATCAACC TACTTAAACG TTTAGAAAGT TCAGTTCATG CATTTCGACT AACCCTAACA
GGATTAAAAA ACACTCTCGA AACGGCGCTT AACAATATAG ATTCATTCAA ACGCAGCGGT
ATCGATCAAG GATTTGATGA TATAGCTGAC GAGTTTAATG GCTTAGATAC AGAAGATGAC
TTTGATGATT TTGATAAATC CTTTTCAACA GGGGGGAAAG TTAAAATTGA TCTGGCGGAC
ATGGACATTG AGTCTTGGCA GCATAATCTT GTTGAAGACC TAGAAACTAT CATTAAATTA
TTTGATGAGA TGATGAAAGT AACCCCTGAA CATGATGCCA AGCTTCAGCA TATCAAAGAA
CAAATCAAAC AGAAATGGGC TCATCCCATT AATATTGGTA ATAGTAAAGT ACTAATATTT
ACTGCTTTTG CGGATACGGC TAATTACCTA TACGATAATA TTGCGCCTGA ATTTTATAAC
CAGTATCAAG TCCATACGGG TAAAGTTACA GGTAGTAGCC CTATAAAAAC AACCATAAAT
AAAAATTACG ACTTTCAAAG TGTATTAACT CTGTTTTCTC CGATAGCGAA AGAAAAAGCT
CAAGTATTAC CTAGTGAAAC TGCTGAAATT GATATTCTCA TTGGTACTGA CTGTATATCT
GAAGGTCAAA ATTTACAAGA TTGTGATTGT GTAATGAATT ACGACATTCA TTGGAATCCA
GTTCGTATTA TTCAACGTTT TGGTCGAGTT GATCGTATCG GTTCTAAAAA TACAGAGATA
CAACTGATTA ACTACTGGCC GGATATAAGT TTAGACGAAT ACATAAACCT AAAAGAGCGT
GTCGAAAATC GTATGGTTAT TTCTGATATT ACGGCCACGG GTGACGACAA TGTATTAAAA
GCCGAAGCCA ATGACGTTGC TTACAGAAAA GAGCAATTAC AACGGTTACA GGAAGAAGTT
ATTGATTTAG AAGATGTTAA AACAGGTGTG TCAATCACTG ATTTAGGGTT AAACGAATTC
AGAATGGATT TGGTTAATTA CATCAAAACA AACGGAGAGA TTAAGTCTAC GCCGAATGGT
TTGCATACAG TAGTCAATTC AGATCCAAGT GTCGGCTTAG TACCAGGCGT TATATTTGCC
CTGCGTAACC GCAACCATAG TCTTAATATC GACCAGCAAA ACAGATTACA TCCTTATTAT
TTAATTTATA TTGCTACCAG TGGTGAAGTG GTTATTAATC ATATGCAAGT TAAGCCCTTA
CTTGATAGAG TACGAGCTGC CTGTAAAGGC AAGTCCGAAC CGATTAAATC TGCATATGAC
GCTTTTAATA GTGTGACTAA AGATGGCAAA GAAATGAATT TTTACTCTAA TTTACTAGAA
CAATCGATTA GCTCAATGAT TAAAGTAAAA GAGAGTAGTG ATATTGATAG CTTATTTGGC
GGTAAAATGA CATCGGCATT AACTAATGAA ATATCTGGAT TAGATGATTT TGAGCTAATC
AACTTCATTG TAGTGAATGG TTAA
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| Protein sequence | MEIIDNINSL LGDDLKQTIT SGSKLKIAAS CFSIYAFEAL KEQLEQVDSL EFIFTSPTFV
EIEVTDNLRK EKREFHIPRE QRERGFYGSE FEIQLKNKLT QKAIAKECAD WIRRKANFRS
NATSASMQQF AGVKKNINES VYMPLQGFTA VDIGYQKGDA VSNIVNRIDE QPITSIYLNL
FDQIWTDNEK VEDVTDRLIN HISSVYQENA PERIYFQLLY NIFNEFLKDI NEDVLPNDKT
GYQDSLIWNK LFNFQKDAAT GIINKLETFS GCILADSVGL GKTFTALAVV KYYELRNKSV
LVLCPKKLAD NWLNFNRNLT TNPFIKDRFN FDVLCHTDIQ RTRGESFGIP MNRINWGNYD
LVVIDESHNF RNNQVYKDKE TRYQALMNKV MRTGVKTKVL MLSATPVNNR FSDLRNQLAL
AYEGESEKIR QQVGTQRSIE EIFKRAQKSF NEWVDLESEQ RTANALLDSL DFDFIKLLDS
VTIARSRKHI QTFYDISEIG PFPERRKPLS FHPPLTTRTD VIGFNQIFER LSSLKMAVYA
PISYILPSRI AKYEDMYDTQ VGGKGTLRQA DREKALQRLM TINLLKRLES SVHAFRLTLT
GLKNTLETAL NNIDSFKRSG IDQGFDDIAD EFNGLDTEDD FDDFDKSFST GGKVKIDLAD
MDIESWQHNL VEDLETIIKL FDEMMKVTPE HDAKLQHIKE QIKQKWAHPI NIGNSKVLIF
TAFADTANYL YDNIAPEFYN QYQVHTGKVT GSSPIKTTIN KNYDFQSVLT LFSPIAKEKA
QVLPSETAEI DILIGTDCIS EGQNLQDCDC VMNYDIHWNP VRIIQRFGRV DRIGSKNTEI
QLINYWPDIS LDEYINLKER VENRMVISDI TATGDDNVLK AEANDVAYRK EQLQRLQEEV
IDLEDVKTGV SITDLGLNEF RMDLVNYIKT NGEIKSTPNG LHTVVNSDPS VGLVPGVIFA
LRNRNHSLNI DQQNRLHPYY LIYIATSGEV VINHMQVKPL LDRVRAACKG KSEPIKSAYD
AFNSVTKDGK EMNFYSNLLE QSISSMIKVK ESSDIDSLFG GKMTSALTNE ISGLDDFELI
NFIVVNG
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