| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ping_2564 |
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| Symbol | |
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| ID | 4624214 |
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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 | 3140568 |
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| End bp | 3143891 |
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| Gene Length | 3324 bp |
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| Protein Length | 1107 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 639797693 |
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| Product | PKD domain-containing protein |
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| Protein accession | YP_943884 |
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| Protein GI | 119946204 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning
[Z] Cytoskeleton |
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| COG ID | [COG5184] Alpha-tubulin suppressor and related RCC1 domain-containing proteins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | 16 |
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| Fosmid unclonability p-value | 0.543991 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACATATA AAAAAAACCT TCTTTTTTTT TTGCTTTCTT TAATACTGTT CGGTTGTGGT
GGCGGTGATG AGCCAACTAT TCAATCAACT CCTAAAATAG AAATCAATGC CACTGTTATT
GATGGCTATT TAAAAGACGC GAAAGTCTGG CTTGATATTA ATGAGAACTT TGAATTTGAT
GTGAACGAAC CCTTTGCTGT TTCTGGAGCG CGAGGTAAGG TTGTTCTTGA TGTTACTGGT
ATTGATAATC CAAGTTCTTA TCCTATCGTA GCTCAAGCAG TAAAAGACGA AACAATCGAT
GAATCTACGG GGGATTTTGT TACACATAAT TATGTTATTT CAGCTCCGAA AGGTGAGGTG
TCGATTACTC CGCTATCGAC TTTGGTTCAT TTATATTTAG AACAAAATAC TAATGGTGTA
GAAACCCCTG ATGGATTTAG TTCAAAACTA TCAGAAGCAA AAGATGCTGT GGCCTCTTCG
TTAGGTCTTA ACAAGGATGA TGTTCTTGGT GACTATATTG AAGGGCGTCA CAATGATGTG
TTGTATGCAG CAGAGAATAT TGTTGCGTCA GGCGTGTTAC CAGATGAACC AAGTTTGCTA
GACAATATTT CAAATGAAAT TACAGATAGT TCACAATTCT CTGATGACAT GAGATCTGTT
AATGAGAATA TCAAACAGTC AATTGAGCAT GTTAAATCAA ATGACGGTAT GTCTTTTGAG
GAACATCTGC CGGTATATAA TCCAGTAGAG CAGGATAAAG AATGTAGAAC AGGATTTGTT
CAGGATGGTG TGATTTGTGT TGTTGATTCG GATAACGATG CTATTGCGAA TAATATTGAT
ACTGACGATG ACAACGATGG AATACCTGAT GTTGATGATA CATACCCATT AACCGTAGAA
GATACGACCG ATACAGGCAC CGACGGTATT GGTAATAATT CAGATACGGA TAACGACAAT
ACGGTAATCC CTGCAAACGT CATTCCAGTC GCAAATGCGG GGAATAACCA AACAGTTGAT
GAGCAAACAG CGGTTACTCT TTCTGGTTCC GCAACTGATA CAGATGGTAC GATTGCCATT
TATAGCTGGG TGCAAATCAG TGGTACAACG GTTCTTTTAA ATAATGCGAA TAGTGTAAAC
GCAAATTTTA TTTCTCCAAC ATTAACCGTA TCAGAAACCT TAACCTTTAG CTTAAAGGCT
ATTGATAATG AGGTGGCCAG TGCTAATGAC AGTATAAGTG TTACGGTAGA CCCGGTTAAT
TCAGCGCCAA CAGTTAATGT AGGCAGCGAC CAAACAGTTG ATGAGCAAAA AACTGTTACT
CTTTCTGGTT CCGCAACCGA CTCAGATGGC ACTATAGCTA CTTATAGCTG GGTACAAACA
GGCGGTACTA CCGTTAGCTT AACGGATGCT AGCAGTGCAT CGGCAAGATT TACAGCGCCG
ATATTAACCG TATCAGAAAC CTTAACCTTT AGCTTAAAGG CTATTGATAA TGAGGGGGCC
AGTGCTAATG ACAGTATAAT TGTTACGGTA GACTCGGTTA ATTCAGCGCC AACAGTTAAT
GTAGGCAGCG ACCAAACAGC TGATGAGCAA AAAACTGTTA CTCTTTCTGG TTCCGCAACC
GACTCAGATG GCACTATAGC TACTTATAGC TGGGTACAAA CAGGCGGCAC TACCGTTAGC
TTAACGGATG CTAGTAGTGC ATCGGCAAGC TTTACAGCGC CGATATTAAC CGCAGCTGAA
ACCTTAACCT TTAGCTTAAA GGCTATTGAT AATGAGGGGG CCAGTGCTAA TGACAGTATA
AGTGTTACGG TAGAATCGGT TAATTCAGCG CCAACAGTTA ATGTAGGCAG CGACCAAACA
GTTGATGAGC AAAAAACGGT TACTCTTTCT GGTTCCGCAA CCGACTCAGA TGGCACTATA
GCTACTTATA GCTGGGTACA AACAGGCGGC ACTACCGTTA GCTTAACGGA TGCTAGTAGT
GCATCGGCAA GCTTTACAGC GCCGATATTA ACCGCAGCTG AAACCTTAAC CTTTAGCTTA
AAGGCTATTG ATAATGAGGG GGGCAGTGCT AATGACAGTA TAAGTGTTAC GGTTAATCCT
GTTAATTCTG TTAAGGCTGT TTATTCTTCT GTTAGGGCTT TTGCAGTCTT AAAGGATGAC
GGCAGCGTGG TGACTTGGGG GGATAGGGCT GAAGGCGGTG ATAGCTCTTA TGTAACACTC
GACCATATAC AAACGATTTA TTCTAATCGT GCTGGTTTTG CAGCCTTAAA AGATGACGGT
AGCGTGGTGA CTTGGGGGTG GGGGTGGAGT TCTATAGGCG GAGATAGCTC TTATGTGACA
CTCGAAAATG TACAAACGAT TTATTCTAAT CGTAATGTTT TTGCAGCCTT AAAAGATGAC
GGTAGCGTGG TGACTTGGGG GAGTCCCGAT TGGGGTGGAG ACAGCTCTAA TGTGACACTC
GAGAATATAC AGACGATTTA TTCTAATGAG AGAGCATTTG CAGCCTTAAA AGATGATGGC
AGTGTGGTGA CTTGGGGATA TAGCGTTTAT GGCGGAGATA GCTCTTATGT AACACTCGAC
CATGTACAAA CGATTTATTC TACTAGTTCT GCTTTTGCAG CCTTAAAAAA TGACGGTAGT
GTAGTGACTT GGGGGTATAG GGCTGAAGGC GGTGATAGCT CCACCGTAAC ACTCAACCAT
GTACAAACGA TTTATTCTAA TCGTAATGCT TTTGCAGCCT TAAAAGATGA CGGTAGTGTA
GTGACTTGGG GAAGGAGTAA TAGCGGCGGA TATAGCTCTT CCGTAACACT CGACCATATA
GAAACGATTT ATTCTAATTA TTATGCTTTT GCAGCCTTAA AAGATGACGG TAGCGTGGTG
ACTTGGGGTG AAGGTGGTGG AGGCGGAGAT AGCTCCACCG TAACACTCGA TCATGTACAA
ACGATTAATT CTACTAAAAG AGCATTTGCA GCCTTAAAAG ATGACGGCAG CGTGGTGACT
TGGGGTGAAG GTGGTGGAGG CGGAGATAGC TCCACCGTAA CACTCGAGAA TGTACAAAAA
ATTTATTCAA CTGATTATGC ATTTGCAGCT TTAAAAGATG ACGGCAGCGT GGTGACTTGG
GGGGATAGTA ATAGCGGCGG AGATAGCTCC ACCGTAACAC TCGAGAATGT ACAAACGATT
TATTCTACTA GTACGGATCC TGTTAGAACT AATGTATATT CTGGTGCCTT TGCAGCCTTA
AAAGATGACG GCAGCGTGGT GACTTGGGGG GGCCGCGATA GCGGCGGAGA TAGCTCTTCC
GTTAGTGATG AGTTAAGCCC TTAA
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| Protein sequence | MTYKKNLLFF LLSLILFGCG GGDEPTIQST PKIEINATVI DGYLKDAKVW LDINENFEFD
VNEPFAVSGA RGKVVLDVTG IDNPSSYPIV AQAVKDETID ESTGDFVTHN YVISAPKGEV
SITPLSTLVH LYLEQNTNGV ETPDGFSSKL SEAKDAVASS LGLNKDDVLG DYIEGRHNDV
LYAAENIVAS GVLPDEPSLL DNISNEITDS SQFSDDMRSV NENIKQSIEH VKSNDGMSFE
EHLPVYNPVE QDKECRTGFV QDGVICVVDS DNDAIANNID TDDDNDGIPD VDDTYPLTVE
DTTDTGTDGI GNNSDTDNDN TVIPANVIPV ANAGNNQTVD EQTAVTLSGS ATDTDGTIAI
YSWVQISGTT VLLNNANSVN ANFISPTLTV SETLTFSLKA IDNEVASAND SISVTVDPVN
SAPTVNVGSD QTVDEQKTVT LSGSATDSDG TIATYSWVQT GGTTVSLTDA SSASARFTAP
ILTVSETLTF SLKAIDNEGA SANDSIIVTV DSVNSAPTVN VGSDQTADEQ KTVTLSGSAT
DSDGTIATYS WVQTGGTTVS LTDASSASAS FTAPILTAAE TLTFSLKAID NEGASANDSI
SVTVESVNSA PTVNVGSDQT VDEQKTVTLS GSATDSDGTI ATYSWVQTGG TTVSLTDASS
ASASFTAPIL TAAETLTFSL KAIDNEGGSA NDSISVTVNP VNSVKAVYSS VRAFAVLKDD
GSVVTWGDRA EGGDSSYVTL DHIQTIYSNR AGFAALKDDG SVVTWGWGWS SIGGDSSYVT
LENVQTIYSN RNVFAALKDD GSVVTWGSPD WGGDSSNVTL ENIQTIYSNE RAFAALKDDG
SVVTWGYSVY GGDSSYVTLD HVQTIYSTSS AFAALKNDGS VVTWGYRAEG GDSSTVTLNH
VQTIYSNRNA FAALKDDGSV VTWGRSNSGG YSSSVTLDHI ETIYSNYYAF AALKDDGSVV
TWGEGGGGGD SSTVTLDHVQ TINSTKRAFA ALKDDGSVVT WGEGGGGGDS STVTLENVQK
IYSTDYAFAA LKDDGSVVTW GDSNSGGDSS TVTLENVQTI YSTSTDPVRT NVYSGAFAAL
KDDGSVVTWG GRDSGGDSSS VSDELSP
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