| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pcryo_0920 |
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| Symbol | |
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| ID | 4035931 |
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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 | 1088790 |
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| End bp | 1092062 |
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| Gene Length | 3273 bp |
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| Protein Length | 1090 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637973383 |
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| Product | putative ATP-binding protein |
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| Protein accession | YP_580185 |
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| Protein GI | 93005748 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0433] Predicted ATPase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.061859 |
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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 | 0.0138151 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACTAACC AGATAGCACT TGCCACTAAA ACAGAAGCTG AACTTATACG ACAACAGGCA
TTTAATGCCC TTCAAGATGC TAGCAATCTG ATAAACAAAA GCTACCTGTC ACAGCTGAGT
CACTGTGATA TTGCACCACG ATTTAATCAC AAGATTAACT TAAGCTCTGA CGTTAGAATA
TTTAAAGTTG AGCGCATCGT CCTTGAAAAT AAGCAATCAG TTTTAGAAAG TATGACAGCT
GCTTATAATG CGTTAGGTGC TGCTGGGTTT TCGGTGTTTA TATTTTTAGA CTGTGATGGT
TCTGAGACTC ACTTATACTT AGGTACTCGT GGTCAATCAG GTGGCACTCA AGGTGGCACC
GCAGGTCAGC TATTGCAGGA AACCTTTAAG GGCCACTTTT CTGGTAGTGA GCTTACACCA
TTAAATGGTT CAGCAACTCA AACCCTAATG GATAGTCTAT ACTGCGAAAA CCATGATGGT
ACGTCTACAG TCCAGTCTGT AACTGCAGTT ACCGGTGTAC CTTCTCTATC TGTGGAAGAA
AGAGAGCACT TTATGCAAGG GCTCGAGCGC TTCATTGATG CTGCCGAAGG ACATAATTAT
TCTGCAGTTA TTTTAGCTGA ACCAGTTACC CCTACCCAGC TTTCTCATAT ACGTTCTGGT
TACGAAAGTG TCGCTACTCA ACTCTCACCA TTGTTAAAAC AACAAATGTC TTATGGCGAG
AATGATAGTG AGGCTATCAG CCTATCAATC AGTCATGGCC TTAGCCAGTC ATTAAGTGAT
AGCTTGAGCC AAACCGAAAC GTCTGGAATT ACAGAAGGAA CAAACACCTC TAAAGCTTAT
GGGACTTCAG AATCACTTTC TGAACAAACC AATAAATCTA AAGTAGCGTC TTTTGGTGGA
ACTGCTATCA CATTAGGCGC TACTGTAGCA GGTGGCATAT TGGGTGCACC ATTAGGTGGG
CCAGTAGGGG CTAGTATAGG AGCTGGTATT GGCTCAATGA TAGGTAGTAA TGTAGGTAGA
ATGCTAAGTG ATCCATTCGC TGAAAATCAA ACGACTGGTA CTAGCTATAC AGAGTCGCAA
GGAGTTAATA AAGGTACTAG CTTTAGTACT GCAGCAGGGC GAACTACTGG TGAAACCAGT
ACCAATAGTG AAACCAACTC TCAGTCAGAT ACTAAAACTA CAGGCTCAAG CCGTCAATTA
ACGCTTGATA TGACGGATAA AAGTATTGAG CAAATGCTTA AGAAGATTGA TAAACAATTA
GAGCGTGTCG ACGAAGCCTC TCGCTATGGT GGCTGGCAAA CCGCTGCCTA CTTTATTGGC
AATAGCACAG CTTCATCTGA GACTCTAGCA AGCATATTTT TAGGTTTGAT GCGTGGCGGC
AATTCAGATA CTGAGGATTT TGCTTTAACT ACGTGGGATA AATCTAACAA TAGTAAAATG
CAAAGTGTGC TTGAATGGTT GAAGGTTCTC AACCACCCTA GGCTTAACGC TAATTTTTTC
AACACTCTAC CGCTTAAATA TTTAACTCCA GCAACATTAG TATCCGGTAA AGAGATGGCA
ATTCAGCTTA GTATGCCACG TCGATCTACT TCCAGCACCG CTGTGGTAGA AACTCAAGCA
TTTGGTAGAC AAGTCAAATC ATTGGATGGT CATAACATTG CTACTAATAA AAGCATCGAG
CTAGGCGTTA TTCGACACTT ATGGAATGAC TTACCACAAA AAGTTAGTTT AGATATCGAT
AATTTAACCA GTCATGTGTT TATCTCAGGT TCAACAGGGT CAGGTAAAAG TAATACTGTA
TACGAGTTAA TGTATCAACT ACAGAAAAAG AATATTCCAT TTTTGGTCAT TGAACCTACT
AAGGGTGAAT ATAAACATGT CTTTGGCCAT CTAGAGAATG TTCATGTTTT TTCAACCAAT
CCATCTCAAG CTCCTTTACT AAAAATAAAC CCTTTTAAAT TCCCCAAAAG TATTCACGTT
TTAGAACATA TCGATAGACT CATTGAAATC TTTAACGTGT GTTGGTCGAT GTATGCTGCG
ATGCCTGCAG TTCTAAAAGA TGCCATGCTT CAAGCCTACA AAGACAGTGG TTGGGACATT
GATAATTCAT ATAACTATTA TTCCGAAGAT ATCTTTCCAA ACTTTAATGA TTTATTGGAA
GCAATTAATA ACGTTATAAA TACATCAGCA TACTCAGACG AGGTTAAAAG TAATTATATT
GGTTCGCTTG CAACACGGGT TAAAAGTTTG ACCAACGGTT TAAATGGTCA GATTTTTGCT
TCTGATGAAA TTGATAATGA TATACTTTTT GACTCTAACG TTATCATTGA CTTAAGTCGC
GTCGGTTCAC AAGAGACAAA ATCTCTCATT ATGGGTATAT TGATCATGCG CCTTAACGAG
CGCCGTATGG CATTCTCTGG CATGAACCAA CCTCTTAAAC ACGTCACTAT CCTTGAAGAA
GCTCATCATC TTTTAAAGAG AACCTCTACT GAACAAAGCT CTGAAGGGTC AAATGTGGCT
GGTAAAGCCG TTGAGATGCT TTCAAACTCT ATCGCTGAGA TGCGTACTTA CGGCGAAGGC
TTTATTATTG CTGACCAATC ACCAAGTGCA GTGGACAGTT CAGCTATACG TAATACCAAT
ACTAAAATTA TTTTGAGGTT GCCTGACGAA CAGGATCGTC GCTTAATAGG TAAAGCAGCA
GCAGTCAGCG ACGACCAGCT TGAAGAGATT GCAAGGCTAC CTAGAGGCGT TGCTGTTATT
TATCAAAATA ACTGGTTAGA GCCTGTCCTT TGTAAAATTA ATCGTTTTAG TGGGGAAGAA
AAAATATATG AGTGCCCCAC TACTACACAA GTTACTGTGG GCACTCAGCG TAAAGAGTTT
AATCTTCACT TAGCAAGGTT GCTACTTCAT AAACGAATGG ATGAGACAGA GCCGTTTGAC
TTACAGATAC TCAAAGATGG TGCTAAAAAA TATAACATAG CTACTAATTA TAAGATTGGG
TTGCTTAATT CGATACAACA AGTTGAAAAA ACCGGTCATA CAACAATATG GTCCGATCAT
ACTAATGCAA CAAACTTATT ACTTTCTGTA TTAGGTATAC GAGAAACGAT TAGTTCTCAG
TTAACTCGTA TGTCAAGTAA GGTGGAGCTA AACGTATTAG CGGATACCTT ACTGAAAAAT
CATTTAACTC AACTATCAGA TAATATGACA CGTAGTATTC ATAATGATTT AAGCACTGCC
TGGCAAAATA TTTCTAAGGA TATGATTTTA TGA
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| Protein sequence | MTNQIALATK TEAELIRQQA FNALQDASNL INKSYLSQLS HCDIAPRFNH KINLSSDVRI
FKVERIVLEN KQSVLESMTA AYNALGAAGF SVFIFLDCDG SETHLYLGTR GQSGGTQGGT
AGQLLQETFK GHFSGSELTP LNGSATQTLM DSLYCENHDG TSTVQSVTAV TGVPSLSVEE
REHFMQGLER FIDAAEGHNY SAVILAEPVT PTQLSHIRSG YESVATQLSP LLKQQMSYGE
NDSEAISLSI SHGLSQSLSD SLSQTETSGI TEGTNTSKAY GTSESLSEQT NKSKVASFGG
TAITLGATVA GGILGAPLGG PVGASIGAGI GSMIGSNVGR MLSDPFAENQ TTGTSYTESQ
GVNKGTSFST AAGRTTGETS TNSETNSQSD TKTTGSSRQL TLDMTDKSIE QMLKKIDKQL
ERVDEASRYG GWQTAAYFIG NSTASSETLA SIFLGLMRGG NSDTEDFALT TWDKSNNSKM
QSVLEWLKVL NHPRLNANFF NTLPLKYLTP ATLVSGKEMA IQLSMPRRST SSTAVVETQA
FGRQVKSLDG HNIATNKSIE LGVIRHLWND LPQKVSLDID NLTSHVFISG STGSGKSNTV
YELMYQLQKK NIPFLVIEPT KGEYKHVFGH LENVHVFSTN PSQAPLLKIN PFKFPKSIHV
LEHIDRLIEI FNVCWSMYAA MPAVLKDAML QAYKDSGWDI DNSYNYYSED IFPNFNDLLE
AINNVINTSA YSDEVKSNYI GSLATRVKSL TNGLNGQIFA SDEIDNDILF DSNVIIDLSR
VGSQETKSLI MGILIMRLNE RRMAFSGMNQ PLKHVTILEE AHHLLKRTST EQSSEGSNVA
GKAVEMLSNS IAEMRTYGEG FIIADQSPSA VDSSAIRNTN TKIILRLPDE QDRRLIGKAA
AVSDDQLEEI ARLPRGVAVI YQNNWLEPVL CKINRFSGEE KIYECPTTTQ VTVGTQRKEF
NLHLARLLLH KRMDETEPFD LQILKDGAKK YNIATNYKIG LLNSIQQVEK TGHTTIWSDH
TNATNLLLSV LGIRETISSQ LTRMSSKVEL NVLADTLLKN HLTQLSDNMT RSIHNDLSTA
WQNISKDMIL
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