| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pcryo_2282 |
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| Symbol | |
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| ID | 4035357 |
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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 | Psychrobacter cryohalolentis K5 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007969 |
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| Strand | + |
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| Start bp | 2801787 |
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| End bp | 2804924 |
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| Gene Length | 3138 bp |
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| Protein Length | 1045 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 637974761 |
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| Product | membrane protein-like |
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| Protein accession | YP_581543 |
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| Protein GI | 93007106 |
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| COG category | [S] Function unknown |
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| COG ID | [COG5373] Predicted membrane protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.650605 |
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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 | 3 |
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| Fosmid unclonability p-value | 0.0137094 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATGCTAT ATTTTTTGAT GGGTTCTTTA GGTTGGCTGG TTGTAATTAC TTTAATAGTA
ATTATGATTG CCCTTTATAT TAGGCTGCAT CAGCAATTGG CACAACTGCG TCAAGACATG
GCGCAGCTAA AGAGCGAGCT TGAGCAGCAA AAGAATAGTA CCACTACTAT AGAAGATACT
GCTGTAAAAA GTATCTTTGA CATCGAATTA TCTGGGGATG ATGCATTGTC ATCAACAGAA
AAATCAATGC CGCCCCCATT ACCACTTAGT GCTTTATCCT CTAATCCTCT ATCAAATAAC
TTTGTATCAA CATCTGCAAA ACAATCATCA GTTTCCAATA GCCAGCTTTT GATCGATAAA
GCCGCTAATG CGCCGATAGA ACCTGACGAG CGCTCATTTC CTATTGTTAC CTCACTTCTT
CATTCGATTC AAAACTGGTT TTTGGGTGGC AACCTAGTAG TGCGTGTTGG AGTATTGGTT
TTACTGATCG GCGTGGTTCT ACTGCTGCGC TTACTAAGTG ACTTAATCCA AGTGCCTATT
AGCGTCAAGC TAACAGTCAT TATTATCCTA GGATTAGGGC TGGCAGGATT AGGCTTAAAG
CTAGCGGCAA AACGCTTTGC GTATGGTATT AGCTTGCAAG GTACTGGCTT AGCCATTGCT
TATTTGACCA CATTTTTTGC CTATAGGGTC TATCAGGTGA TTGGTAGTCT GCCAAGCTTT
ATAGCGCTTG GCATATTATC AGCAGTCACG GTCGCTTTAG CGGTACGCCA AAACGCTTTT
CCTTTGGCAT TATTAGCATT ATCCGGTGGA TTTTTTGCAC CGATTTTGAC CAGTCAAGAT
ACTGGCAGCT TAACGATACT CTTTAGCTAT TACTTGTTAT TAAATATTAC CATTGCCATT
ATTGCCCATT ATCGCCCATG GAAGGTGCTC AATTTATTTG GCGCGAGCGT CACATTTGGT
TTGGCATACT ACTGGGGATT GACTGAAAAT TTAGCGGTAA TTATTGATAA TCAGCGTTGG
ACGTTGGTAT TACTCGTCGC GCTACATGTA CTGCTGTATC TATTCGTCGT CATTCGCTAT
GCACAGCAAA TCATTGCTTA CAATGATACT ATTTCTTATG ACAATAGTGA CGCCACTACC
GTTATGGCTA CTGATACCGA CCAGACTGCT GATATTAAGA GTCAGCATGC CAGCTATGTG
TTTCCTATTG ATATTGGGCT ACTGTTCTCT GTACCGCTAA TGGCATTTGG TTTATTTTCA
GCGTTACTGT ACGATATCAA TCACGCTTTA ACCCTCACTA GCGCAGTTTT AGCCGTAATT
TATTTGGGGC TTGGTTGGAC GTTTATTCAG CGCAGTCAGC GTTATGCATT GATTATGGAA
GGGATGCTGG CATTAGGCTT TGGCTTTTTA GCATTAGTGA TTCCGCTGGC ATTAAATGCA
GAATGGATTG CCTTCGGCTG GTCGGTTCAA GGATTAGCAT TGGTATGGTT TGGCAGGCGT
TCTCTTCGTG CATGGTCAGT ATTATTGGGT TTAGTATTGC AGCTAATTAG CATTGGTATG
TTATCAAATA CCTTTGTCAT TACCCTTGAT TACTATCCAA CGCTCGCATT AACCATTTCT
GCCATCAGTG CAATTGCCAG CGTCTTTATC TTACGTGCCA GCAATTCGCC TATTTCATTA
CCTATTTCAT TACCTATTTC ATTACCTATT TCATCGCCTA TGACAGCGAC GCAAGGCTCA
ATGCCATCTG TCCACGATTA TGAAAATCAG CTTAACGCCA ATAATACGCT GTCCGAATAC
GGCAAAGCGT TAGGCATTAG CGAGACAGCA ACTCAGCAAT GGTTTGAAAG TATCAACAAC
CAAAGTATCG CGTTTAAAAT CATTTGGCAA CGTCCTTCTT TGATACGGCT GTTAACGCTC
ACTGCGGTGG GTTGGCTGCT GTATGTGTTA GTCCTCGATT TTGACCAATG GCTTGCCAAC
TGGCAATTGG CAACATCGAC GCTTATTGCC TTAGCAAGTG TCGTTAGCAT GATTATTTAT
CATTTTATCA ATCAATATCG TTCATGGCGA GAAATCAGAC AATTTAGCCA TAGTATGCTG
CTGTTATTTT ATGCGATGCT GATCTTACAA CTGCCACAAC AATATGAATT TGACTATCAA
TGGACAGCCT TTTATTGGCC GATATTTACA ACGTTGTTCA TTGGCTGGCT GATTCTTGGT
CAATTATGGC TAAAGACGTG GCATAACAAT GCTAATAACG ACAACAATAA CGGTGCAAAA
TTAAAAGGTC ACGATAGTGC AAGCTGGCTT GGTACTGGCA TTATAATTTT GGCTGAGGCT
GTACATTATG AATTGCCCGA TTCAAAAGGC GTGATGACCA TCCTTGTGCC GGTTGCGCTT
ATGCTAGCTG GGCTCTGGTT GACGTACCGT CAGCAAAATA ATAATCTGAC GAAAAATTCA
TCTTCACCGC CCCCTATGTA TTGGTTTGAC CGGCAACGTG CACTATTAGG TTGCGCCAAA
ATATTTGTGC CATTAACATT GTGCTGGGTC ATTTTTACCA ATTTCACCTA TGATGGCGTG
ATCTGGGGAC TGCCCTATTT GCCCCTGCTT AACTTGTATG ATGTAACGTT GTGGCTGGTG
TTGTTTTACG GATTGGGCGT TTATTTATTG CGTCAACGTG GCGCGCACTC GCAAAATCTA
TTTAGCGCCA TTCGTAAGAG TGACACGTTG TTGATCGTAC TAGCGCTGAT TAGCTTTTGG
ATACTCTCTA GTATGCTGGT CAGAACGCTG CACGCTTTTA TTAATACACC GCTGTGGATA
GCGGAATTAT ATGATTACCA TACTGGCGGC GCATGGGATA GTGAGCAAGT GCAAACGGGT
CTGACGATTT TATGGACGCT ACTGGCATTG GTCGCCACCA TTATCGCCAG TCGTTACCTC
CAGCGCGCGC TTTGGTTTAT GGGCATTGGT TTATTGGGTA TTGTGGTCTT AAAATTGGTC
TTAGTTGATT TGTCACAGAC CGAAGCGATT TGGCGAGTGA TTTCTTTCCT TGGTGCGGGT
AGCTTGATTT TATTGATTGG TTATTTGGCA CCGTTGCCAC CAGCGCGTGA TGGAACAGCA
GAACAGGTCG AATCATAG
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| Protein sequence | MMLYFLMGSL GWLVVITLIV IMIALYIRLH QQLAQLRQDM AQLKSELEQQ KNSTTTIEDT
AVKSIFDIEL SGDDALSSTE KSMPPPLPLS ALSSNPLSNN FVSTSAKQSS VSNSQLLIDK
AANAPIEPDE RSFPIVTSLL HSIQNWFLGG NLVVRVGVLV LLIGVVLLLR LLSDLIQVPI
SVKLTVIIIL GLGLAGLGLK LAAKRFAYGI SLQGTGLAIA YLTTFFAYRV YQVIGSLPSF
IALGILSAVT VALAVRQNAF PLALLALSGG FFAPILTSQD TGSLTILFSY YLLLNITIAI
IAHYRPWKVL NLFGASVTFG LAYYWGLTEN LAVIIDNQRW TLVLLVALHV LLYLFVVIRY
AQQIIAYNDT ISYDNSDATT VMATDTDQTA DIKSQHASYV FPIDIGLLFS VPLMAFGLFS
ALLYDINHAL TLTSAVLAVI YLGLGWTFIQ RSQRYALIME GMLALGFGFL ALVIPLALNA
EWIAFGWSVQ GLALVWFGRR SLRAWSVLLG LVLQLISIGM LSNTFVITLD YYPTLALTIS
AISAIASVFI LRASNSPISL PISLPISLPI SSPMTATQGS MPSVHDYENQ LNANNTLSEY
GKALGISETA TQQWFESINN QSIAFKIIWQ RPSLIRLLTL TAVGWLLYVL VLDFDQWLAN
WQLATSTLIA LASVVSMIIY HFINQYRSWR EIRQFSHSML LLFYAMLILQ LPQQYEFDYQ
WTAFYWPIFT TLFIGWLILG QLWLKTWHNN ANNDNNNGAK LKGHDSASWL GTGIIILAEA
VHYELPDSKG VMTILVPVAL MLAGLWLTYR QQNNNLTKNS SSPPPMYWFD RQRALLGCAK
IFVPLTLCWV IFTNFTYDGV IWGLPYLPLL NLYDVTLWLV LFYGLGVYLL RQRGAHSQNL
FSAIRKSDTL LIVLALISFW ILSSMLVRTL HAFINTPLWI AELYDYHTGG AWDSEQVQTG
LTILWTLLAL VATIIASRYL QRALWFMGIG LLGIVVLKLV LVDLSQTEAI WRVISFLGAG
SLILLIGYLA PLPPARDGTA EQVES
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