| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Psyc_0389 |
|---|
| Symbol | ftsK |
|---|
| ID | 3513993 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Psychrobacter arcticus 273-4 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_007204 |
|---|
| Strand | + |
|---|
| Start bp | 485598 |
|---|
| End bp | 488804 |
|---|
| Gene Length | 3207 bp |
|---|
| Protein Length | 1068 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 45% |
|---|
| IMG OID | 637669079 |
|---|
| Product | DNA translocase FtsK |
|---|
| Protein accession | YP_263691 |
|---|
| Protein GI | 71064964 |
|---|
| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
|---|
| COG ID | [COG1674] DNA segregation ATPase FtsK/SpoIIIE and related proteins |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 5 |
|---|
| Plasmid unclonability p-value | 0.0445802 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 7 |
|---|
| Fosmid unclonability p-value | 0.070905 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGACTTATA CCGGTAATGA TCCTAGCTGG TCGCACATCA GTAGTGACAT GACTGCCATT
AATAATATGG GCGGCGAGAT GGGTGCATGG CTATCAGACT TGCTGTATAG CTTCTTTGGT
TTTGGTGCGT GGTGGTTGCT GGCATTTTTG GTTTATGAGT CGGTGCTGAT TTGGTGGGAT
AATAAACCGA CGTTTTGGCT GTTACGCTTG GTTGCTTATG TGTTTCTAAT ATTGAGTAGC
AGTGCCTTAT TTGCCCAGCT GATAGCGTTG GCGCAGCAGG TAGCAGATCC GATATCTTCA
GGACTCAAAG GCGTTGCTGG TGGTATTATT GGTCTTGAGC TACAAGCACG GCTGGCACAG
CTGTTATCGC AGTGGGGGAG TGTGACGTTT TTGGCAGTAT TTGTCATTAT CACTGCCACA
TTTGCCTTTA ATATTCATTG GCTGAGTATT TATGAAAAGA TAAAAACTTT GTCTTGGTTC
GGCTCAGGTG TCAAAAATCT TGATCGTACG CTTGATGCCA ATCAAATAGC AAACATTAGT
AATGTAGCAA AACACTCTGC TGATGATACG ACGATAAATG AGAATGCTGC GCCAGAATAT
GAACAACTGC CACTTGAGTT GCAAGCGGCT GGACACGCTA ATACTAAAGA GAAAGATGGT
AAAAGTGGTC GTTTCAACAC CGCATTGACA GACTTTTTAT CGTCTTCAGG ATTGAGTGCT
AGTGTAAAAG CCTCTATGGC AGCAACGGTG CAAATAGCTA GTGAAATGAG CAGACGAGAA
GAGCAGCTGC AAACTGCTGC TACAACGACT GGCAATAGCG CTTCTAACCT AAATAAAAAA
TCAGCGCCTG TTACAAATGC TATGCCAACA CCTATCAGAA AGGTTGAGCC AAGTTTTGCA
TGGAACGACG CGAATACGGT CGACGATTTA CTGGCAAATC AGATAGCGAA TGAGCAGGAT
ACGATACCTT ATGATGCTGT AGATGTTCCA TATTTAGATG TATCCGCTTC TGAGTCTTTT
GACAGCTCAA ATATTGAGAC TTCTTCTGCT AGCCCTGTTT TTGATATCAC TCAAGAGGAT
ACTCAACAAC CAACTCAGCA ACAAGCAATG CATTCGTTAG ATGATTTTGC GGCGACCCTT
TCGATAGATC AGACAGATCA GACAGATATT TCCGAATCAG CGCCTAGCGT TGATAGCTTA
GTCGATGCAT GGTTGGTAGA ACATGCTGCA GTGCCGGAAA CGACTGATTT CAATCATGAA
CAAGAATTAT CCGTCGTAGA GACATTAGTA GAAACTGCAG CGGCACCTAC TAAGCAGCAA
AATGCCATTT CACTAAACGA CGCCGCTGAC GAATTATCTA ATAATAGTTC AGCTGAACTG
CCAGAAAATT TGGAATCTTC TTGTAATGCT GATGTAACGA ATGCATTAGG AATAACAGAT
ATGACACCGA CCAATACGCC GCCTGCGAAT CCAAAAGCGT CACCAATGGC AGAAAGTACG
GCTACCATAT CGAGTATTGA ATCAGCCACA GTAACCAAAC CAACCATGAG TTTTGCGGTG
CCAGAAGGCG ATAGCAGTAA TCATATTACG GATATGATGC CGGAAGATGA CAATGTTTAC
GATAGCGCTG ACGATATTGA TGCACTTGTT ATGCCTCATA TTAGTGACGA TATTGCATTC
AGTCAAAAAT CACGCTCGAT GCAAACGGCG GCTTATCGTA GCAGTCTGTC ACCGATTCCA
GAGCTGTCTA TCTTAGATAA GCCAGATCCC AATCGTCAGC CAAGCTATAC GCTTGCTGAG
CTTGAACAGT TATCAGAGCT ATTGGAAATA AAATTACAAG AGTTCAATGT CAAAGCAAAC
GTCGTCAATG CGATTCCAGG ACCTGTGGTG ACCCGCTTTG AGGTAGACCT AGCGCCTGGG
ATAAAAGCCA GTAAAGTTAC GGGGATTTCA CGCGATTTGG CACGCTCATT ATCAATGGCG
TCTTTACGTG TGGTCGAAGT CATTCCTGGA AAGCCCTATA TTGGCATCGA AGTGCCCAAC
AAACAGCGTG AAATGGTGCG ATTGATTGAG CTATTGGATA CCGAAAAATT TAAAGACCCT
AAAGCGCAAA TCAGCATGGC GATGGGTAAA GATATTGGCG GTAAACCGAT TATTACTGAT
CTTGCACGAG CGCCCCATAT GTTAGTTGCG GGTACAACGG GTTCTGGTAA ATCGGTATTG
GTTAACGCGA TGTTGCTATC GATGCTGCTT AAATATACGC CGAACGAGCT ACGGATGATT
CTTATCGATC CTAAGCAGCT TGAGCTTGCC AACTACAACG ACATTCCGCA TTTGCTGACG
CCAGTCGTTA CCGATATGAC TGAGGCTGCA AGTGCCTTGT CATGGTGCGT CGCAGAGATG
GAGCGCCGTT ATCAGCTGAT GAGCTTATTA AAAGTCCGTA AGCTGAATGA GTTTAACAAA
AAAGTGATCG CTGCTGAAAA AGCGGGTAAT CCAATGCTTG ATCCATTATG GCGACCGAAT
GATAGTGTGA GTATCAGCCA AGCGCCAAAG CTTAAAACCT TACCGATGAT TATCATCGTT
GCCGATGAGT TTGCCGATAT GATTATGCAG GTTGGTAAGC AGGCGGAAGA GCTAATCACA
CGCTTGGCAC AGAAGTCGCG CGCCGCAGGG ATTCACTTAA TTCTTGCGAC TCAGCGTCCC
TCAGTTGATG TCATTACTGG TTTAATTAAA GCCAATATTC CCGTACGAGC GGCGCTACGA
GTCAACTCAA AAGTGGATTC ACGCACTATC TTGGATAGTG GCGGTGCAGA AGATATGCTT
GGTAACGGTG ATATGTTGTT CTTAGGACCT GGGCAGATTG AGCCGGATCG TGTCCATGGT
GCTTATGTCA GCGATGAAGA GGTCAATAGC GTTTGTGATG CATGGCGTGA GCGCGGTGCG
CCTGACTATA TCGACAATAT GGCGGGCAAT TTTGAATTAT CTAGTCCTAG TGGCGGCTCT
AGTGCGGCTA ATGCTTCTGG TGAAGACGAT GATCTTTATA ACGAGGCCGT TGGTTTTATT
ATGGAGACCC GTAAAGTTTC TGCTTCTAGT ATTCAACGTA AATTTAGCAT TGGCTATAAC
CGCGCCGCAC GAATTGTTGA CTCGATGGAA GAGGCTGGAT TGGTCAGCTC AATGGGTAAG
AGTGGCAAAC GTGAGCTGCT GATGTAA
|
|---|
| Protein sequence | MTYTGNDPSW SHISSDMTAI NNMGGEMGAW LSDLLYSFFG FGAWWLLAFL VYESVLIWWD
NKPTFWLLRL VAYVFLILSS SALFAQLIAL AQQVADPISS GLKGVAGGII GLELQARLAQ
LLSQWGSVTF LAVFVIITAT FAFNIHWLSI YEKIKTLSWF GSGVKNLDRT LDANQIANIS
NVAKHSADDT TINENAAPEY EQLPLELQAA GHANTKEKDG KSGRFNTALT DFLSSSGLSA
SVKASMAATV QIASEMSRRE EQLQTAATTT GNSASNLNKK SAPVTNAMPT PIRKVEPSFA
WNDANTVDDL LANQIANEQD TIPYDAVDVP YLDVSASESF DSSNIETSSA SPVFDITQED
TQQPTQQQAM HSLDDFAATL SIDQTDQTDI SESAPSVDSL VDAWLVEHAA VPETTDFNHE
QELSVVETLV ETAAAPTKQQ NAISLNDAAD ELSNNSSAEL PENLESSCNA DVTNALGITD
MTPTNTPPAN PKASPMAEST ATISSIESAT VTKPTMSFAV PEGDSSNHIT DMMPEDDNVY
DSADDIDALV MPHISDDIAF SQKSRSMQTA AYRSSLSPIP ELSILDKPDP NRQPSYTLAE
LEQLSELLEI KLQEFNVKAN VVNAIPGPVV TRFEVDLAPG IKASKVTGIS RDLARSLSMA
SLRVVEVIPG KPYIGIEVPN KQREMVRLIE LLDTEKFKDP KAQISMAMGK DIGGKPIITD
LARAPHMLVA GTTGSGKSVL VNAMLLSMLL KYTPNELRMI LIDPKQLELA NYNDIPHLLT
PVVTDMTEAA SALSWCVAEM ERRYQLMSLL KVRKLNEFNK KVIAAEKAGN PMLDPLWRPN
DSVSISQAPK LKTLPMIIIV ADEFADMIMQ VGKQAEELIT RLAQKSRAAG IHLILATQRP
SVDVITGLIK ANIPVRAALR VNSKVDSRTI LDSGGAEDML GNGDMLFLGP GQIEPDRVHG
AYVSDEEVNS VCDAWRERGA PDYIDNMAGN FELSSPSGGS SAANASGEDD DLYNEAVGFI
METRKVSASS IQRKFSIGYN RAARIVDSME EAGLVSSMGK SGKRELLM
|
|---|
| |