| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ping_2849 |
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| Symbol | |
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| ID | 4625874 |
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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 | 3523197 |
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| End bp | 3526475 |
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| Gene Length | 3279 bp |
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| Protein Length | 1092 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 639797971 |
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| Product | RTX toxin-like protein |
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| Protein accession | YP_944154 |
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| Protein GI | 119946474 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 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 | ATGAACAAAT TGACCTTGAT TGTTGCGTTA CCGGACGGTA AACAACGAAC GCTTGCTTTA
TCCGAATTAC AAACTCTTAC TGCATTAAAT GGCGCTGTCT ATACCTTGAT TGAACAGGAT
ACTCAGCAGG TACCTGAAGG GTTGGTATTA AAGCGTAAGG TTGATGCCTT ATACATTGAA
GTTGAAGGGA AGAGTGTTGC GAATATTGAA GATTTTTATA GCGCAGGGAT GAATGCAACT
TTCTCTGCGG ATGGCACATT AACACCTGGC GATGGCATGG CAGTGAGCAG CTCAGATGTA
TTAGATGGCA GTTTGGTGAA TGATAGTGGC GAAGCAACTG TTGTCTGGGT AGCACAAGAG
AGTGGTTTGT CACCTTTAGT CTGGACTGGT GGCATCCTTG CTGGCGGTGC TATTGGCGCA
GTGGCGTTGT CTGGTGGAGG TGGCGGAGAA ACAGCTGCAC CCAAAGATTC CAGCGCAGAT
GTGGTAGTGG TAAATGCTAT CACCGACGAC AATATAGTGA ATAGTAGCGA ATCAACGGAA
GGTTTTAATA TTACGGGTTC AGGTGAAGTG GGTGCAACGG TTAACTTAAC CTTTGCAAGC
GCGATCACCT TGGCTAGCGG TAATAGCGCA ATTGTAGACG ATGCTGGTAA CTGGACGATT
GCGGTGACCG CTGCTGATAT TACTGCAATG GGCGAAGGCG CAGAGTCTGT AACGGCTACT
CAAACAGACC TTGCCGGTAA TAGCAGTAAT GCCAGTCTTG CCAAAGAGTT TACTATTGAT
ACCATAACAC CAACGGCATC GGCCCTATCT GTAAACGATG ATCAGGGCGC TCCAGTAGAC
CCAGACACCA GCACCAACAG TGCGGAGTTG ATACTCAGTG GCACCAATGA GGAAGGCTCA
AGCGTTAATG TTTATAACGG CAGCACCTTA CTAGGTGCGG CAACTATTAG TGGTACGACC
TGGAGCTACA GCGTGAGCGT TGCCGATGAC GCTTATCTGT TTAATACTCA GGAAACTGAT
GCCGCCGGCA ATGAAAGCGC TGCTACCGAC AACTTTGCAG TAACTGGGGA TATCACGCCT
CCTGCTACAC CGCCCACGGT CACCGTTTTG GCAACCTCAG ACACCACTCC CGTTATTACG
GGCAGCGCAA CCCTGGCCGC GGGTGAAAGT TTAAGCGTGA CGGTCAATGG CGCAACCTAT
AACAATGTAA CGGTTGTCGA TAATGCATGG TCAATTGACA CGGGAACCGT GGCTGATAGC
GGTGCTTTAG CTACCCTTAT GGATGGTAAC AGCTACAATG TAGTGGCTAC CGTTAGCGAC
GCTGTTGGTA ATACAACAAG TGATAACAGC ACCAATGAGC TGAGCATCGA TACCACGGCG
CCTACTACAG TACCCACTGT CACGACGCTA ATCACTTCGG ACCTCACACC TGTTATTACA
GGTACTGCAA CCCTGGCCGA GTTTGAAAGT TTAAGCGTGA CGGTCAATGG CGCAACCTAT
AACACTGTAA CGGTTGTCGA TAATACATGG TCAATTGACA CAGAAACCGA AACGGCTGAT
ATCGGTGCTT TAGCTACCCT TGTGGATGGT AGCAGCTACA ATGTGGTGGC CACCGTTAGC
GACGCTGCCG GTAATACCAC AAGTGATGAC CCCACCACCC CTGAACTCAG CATAGATACG
GCATTACCGA ACGTTACGAT TACGAATCCC GGCACCCCCG AGATAGCAAC CGGCGCGGTG
ACCTATAAAT TCACCTTCTC AGAACCCGTT AACGGTTTTG CCGTGAATGA CGTCACTGTC
ACCGGCGGTA GTAAGGCCGG CAGCCTTACT CCTGAAGGGA CCGGCACCGG CCCGGCTGGA
GATTTATTTA GTACTTACAC CCTAGTAGTG ACGCCTGACG ATGGCAGCCC TGCCGATGGC
AGCACTACCG ACATAACCGT TAATGTGGAT GCCGCTGTTG CCCAGGATGG GAGTGGCAAT
AACAATATTG CCGCAGACAA GTCGGTACAG GCGGTCGATA CTGCCGTACC GACCGTTGTG
ATTACGTATT CCCCCGCAGA GACGGCAACC GGCGATGTGA CCTATAACTT CACATTCTCA
GAAGCCGTCG CCGGCTTTGC AGTGGGTGAT ATCGTTGTCT CTGGCGGCTC CCCAGGCAGC
TTTACGGGTG CCGATAGTTT CTATACCCTA GTGGTGACGC CGGATGCAAA TAGCATTGCC
GATATAAAAG TTAATGTGTC CGCCGATGTT GCCACGGATG TGGCTGGTAA TAACAACACT
GCCGCGGACC AGTCTGTGCA ATCGGTGGAT ACCCAAGTTC CTACTACCAC CTTTACCGGT
GCAGTTTATA ATGAGGCGAA CGATACGCTG GTCTTGACCG GTACTAATAT TCATACCTTA
TTAAGCGGTG CTGAAGACTT GACTACCGAT CTTAAGGGTA ACTTAGACTG GAGTAAACTG
CAGTGGGATA TTGATAACGA TAATACGGAT AATATCCTTT TTAGCGAAAA TGAGATCGCC
ACCGCTGTGG CGACGGATGA TTTGACCTTA ACTATTACGT TAAAGACGGG TAAAGCCGCC
GCGTTGGAAG GCAATACTAA TTTATTATTG TCAGGAGGGA TTGATAATCT TGAGATAACG
GCAGGTTTTG CCAAAGATGC AGCTGGTAAT GTTGCGACCA CTGATAATTA TGATGGCGGA
ATGGCCGATG CATCTGTGGT TGTATTTGAT CTGGTAAACA GTGTGTCATC AAGTCACAGC
GGGCGCACTT TCGACGCGGG TGTTGATTAT ACCGTGTATA TATTGGTCGA TTCGGCCCCA
TTGAATGACC TTGCTATTTC AGAGATGTGG AGCGGAGCCG GAGATGGAAC CCCAGACGGA
GCTGGAGGCG GAACTGGAAT AGATGGTTTG GGTGCTGGCG ATCAAATTAT TATCGTTGGC
AAAAATGGGC TGATCGACCT TAATGGAACG AGTAAACAGG GTAATCTGAC CAATAGTATG
ATGGCGGCGA CTACGAATAA TGTGGCGCTC AAAGGGCCGA AAATAACTCT AACTCCTGGT
GGAACAACAT ATCAGCAGGG AATCAATCTT GGTAGTAAAG GGGGAATTCA GGAGACTACC
AAGTGGTCAC AGAGTGCTAG TAACAAAGGG AATAGGAGCA CGCTGGTTGA TCTGTGGAAT
GGCACAGCAG GCAATATGGC CGGCTCCGCC ACGGCTAATA ATCATTATCT GCAAACCATG
CCAAGCGGAG TGTTAACGTC GCAGGGGCTG GCTCCTTAA
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| Protein sequence | MNKLTLIVAL PDGKQRTLAL SELQTLTALN GAVYTLIEQD TQQVPEGLVL KRKVDALYIE
VEGKSVANIE DFYSAGMNAT FSADGTLTPG DGMAVSSSDV LDGSLVNDSG EATVVWVAQE
SGLSPLVWTG GILAGGAIGA VALSGGGGGE TAAPKDSSAD VVVVNAITDD NIVNSSESTE
GFNITGSGEV GATVNLTFAS AITLASGNSA IVDDAGNWTI AVTAADITAM GEGAESVTAT
QTDLAGNSSN ASLAKEFTID TITPTASALS VNDDQGAPVD PDTSTNSAEL ILSGTNEEGS
SVNVYNGSTL LGAATISGTT WSYSVSVADD AYLFNTQETD AAGNESAATD NFAVTGDITP
PATPPTVTVL ATSDTTPVIT GSATLAAGES LSVTVNGATY NNVTVVDNAW SIDTGTVADS
GALATLMDGN SYNVVATVSD AVGNTTSDNS TNELSIDTTA PTTVPTVTTL ITSDLTPVIT
GTATLAEFES LSVTVNGATY NTVTVVDNTW SIDTETETAD IGALATLVDG SSYNVVATVS
DAAGNTTSDD PTTPELSIDT ALPNVTITNP GTPEIATGAV TYKFTFSEPV NGFAVNDVTV
TGGSKAGSLT PEGTGTGPAG DLFSTYTLVV TPDDGSPADG STTDITVNVD AAVAQDGSGN
NNIAADKSVQ AVDTAVPTVV ITYSPAETAT GDVTYNFTFS EAVAGFAVGD IVVSGGSPGS
FTGADSFYTL VVTPDANSIA DIKVNVSADV ATDVAGNNNT AADQSVQSVD TQVPTTTFTG
AVYNEANDTL VLTGTNIHTL LSGAEDLTTD LKGNLDWSKL QWDIDNDNTD NILFSENEIA
TAVATDDLTL TITLKTGKAA ALEGNTNLLL SGGIDNLEIT AGFAKDAAGN VATTDNYDGG
MADASVVVFD LVNSVSSSHS GRTFDAGVDY TVYILVDSAP LNDLAISEMW SGAGDGTPDG
AGGGTGIDGL GAGDQIIIVG KNGLIDLNGT SKQGNLTNSM MAATTNNVAL KGPKITLTPG
GTTYQQGINL GSKGGIQETT KWSQSASNKG NRSTLVDLWN GTAGNMAGSA TANNHYLQTM
PSGVLTSQGL AP
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