| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmwyl1_1205 |
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| Symbol | |
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| ID | 5366492 |
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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 | Marinomonas sp. MWYL1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009654 |
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| Strand | + |
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| Start bp | 1346109 |
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| End bp | 1348730 |
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| Gene Length | 2622 bp |
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| Protein Length | 873 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 640803544 |
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| Product | ATPase |
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| Protein accession | YP_001340069 |
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| Protein GI | 152995234 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG0542] ATPases with chaperone activity, ATP-binding subunit |
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| TIGRFAM ID | [TIGR03345] type VI secretion ATPase, ClpV1 family |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.394277 |
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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 | 34 |
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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 | GTGATTAGAA TTGAACTTTC CACACTGATT TCTAAATTAA ACTCCCAGAG CAAATTGGCT
TTGGAGCAAG CTGCCGCATT ATGTATTGAA CGACAGCATC ATGAAGTCAG TATTGAACAC
TTTTTAAGCG TTTTACTTGA AAACCCTATG TCTGATGTGT GTGTGATTTT TGATCATGTT
AAATTGGGCA AGGATGATAT TCAGGCTGCA ATCTCTAAAA GTTACCCAAG ATCAACAACA
CTCGATACTT ACCCGCCATT TTCTCCGTTA TTAGTCGAGC TGATGCAGGA GGCGTGGTTG
TTATCTTCAA CTGAGCTAAA TCAAACTGAA TTACGATCTG GTGCTATTTT ACTTGCATCC
CTTATTCATC CTGATCGTTA TTATTCTTTT GAAATGATTG GCCTTTTTGA AAAAATTAAC
AAAGAAGCCA TTCGTAAGAA CTTTGATCTT GTGCTTGAGC GTTCTTCCGA GTCAGATCAT
GTTGTAAGCG ACTCTCAAGA TAAATCCACT TCGTCTTCCG TGGCTGCGGG TAACTCTGCA
TTGGGTAAAT TTTGTACCAA TGTGACCTTG CAAGCGAAGA ATGATGAGCT TGATCCTGTG
CTTTGTCGTG AAGATGAATT GAATCTTATG GTCGATATTC TTTGTCGTCG TAGAAAGAAT
AATCCTATTG TTGTGGGTGA AGCAGGGGTT GGTAAAAGCG CTGTTGTAGA AGGCCTTGCA
CTTAGAATTG TTGCTGGGAA TGTGCCAGAT AAGCTTGCTA ATGTAGAAAT CCACTCTCTG
GATTTAGGTC TTTTGCAAGC TGGTGCGTCG ATTAAAGGGG AGTTTGAAAA ACGTCTCAAG
GGCATTATTG ATGAGATTAA ATCCTCACCT GTTCCGATTA TTTTGTTTAT CGATGAAGCA
CACACTCTGA TTGGTTCTGG TAATCAAGAA GGTGGTAGTG ATGCTGCCAA CCTATTAAAG
CCAGCTTTGG CGCGTGGTGA ATTGTCTACC ATTGCGGCAA CGACTTGGAA AGAATACAAA
AAATACTTTG AGAAAGATCC TGCGCTAACA AGACGTTTCC AACTGGTTAA AGTGGAAGAA
CCGTCTGTTA GTCAATCTGT TGATATCATG CGTGGCTTAC ACCATGTCTA TGAAAAAGCG
CACGGCGTTT TAATTCATGA TGATGCGTTG AAAGCGTCCT CTGAATTATC GGCTCGCTAT
TTGTCAGGTC GCCAGCTTCC TGATAAAGCC ATAGATGTAC TGGATACGGC TTGCGCTCGT
ATTGCTATCA ATATATCGAC ACCGCCAAAA GTATTGGGGC AGTTAGAAAA TCAATGTTGT
ACGCGCCAGC GTGAAATAGA CATGTTGAAG CGACAAGCAT TGATTGGCCA GCCTGTTGAT
AACGACTATC TAGAAAGTTT GATTGAATTG GAAGTTCAAG CAGAATTAGA AAAAGAAACT
CTGCTAAACA GCTGGTCAAA GCAGAAAGAG ATAATTGAAA AAATTATCGA TATCCGCCAA
TCCATTTTAC GCAATCCAGT GGCTGACGAT GAAGCCTTGA GTGATGATGA GCTAGATGAA
CTTCGCGAGC AGCTAGCCGC TAGCTATCAG GAACTTGAGC AGATCCCTCA TCATGAACGT
TTGATGTACC CAGAAGTAAA TGCACAACAA ATAGCTGAAG TGATTTCTGA TTGGACTGGT
GTGCCGATTG ATCAAATGAA CTCTGATGAA CTGCATAAAA TCACGCACTT GCCTGAAATC
TTAAACGCTA AGATTAAAGG CCAGGATGTG GCCATTGAGT GTGTTCATAG GCACTTACTG
ACATCAAGAG CAGACCTTAG ACGCCCAGGT CGTCCGAAAG GCGCTTTCTT GTTGGTTGGT
CCAAGTGGTG TGGGTAAAAC GGAAACAGTT ATTCAATTGG CAGAAGAGCT GTACGGCGGA
AAGCAATTCC TAACCACCAT CAACATGTCT GAGTATCAAG AGAAGCACAC GGTTTCGCGA
CTAATTGGTT CTCCACCAGG TTATGTGGGC TTTGGTGAAG GCGGTGTACT GACAGAAGCT
ATTCGTAAGA AACCATACTC TGTTGTGCTT CTGGATGAAG TAGAAAAAGC ACACCCAGAG
GTGTTGAACT TGTTCTATCA GGCCTTTGAT AAAGGCGAAT TGGCTGATGG AGAAGGTCGC
TTAATCGACT GTCAAAATAT TCTCTTTTTC CTAACGTCTA ACCTTGGTTA TCAAACTATC
GTCGACAACG TAGAGACACC AAAAGAGATT GAAGCCAAGC TTTATCCTGA GCTGGTGCCA
TTCTTTAAAC CCGCTTTGTT AGCTCGTATG GAAATCGTGC CATATTTGCC ACTCAATAAA
GACGTGTTAG AGAAGATAGT GCTGGGCAAA TTATCTTCCC TAGAAAAATT GTTACGCAAA
CGTTACTCCG CTGAAGTAGA AATTGATCCG GCATTGGTTC AAGAGATTTT GAACCGTGCC
ACACGATCAG AGAATGGTGC CCGAATGTTA GAAGCCATAA TAGAGGGACA AGTATTACCA
CCTATTTCTC TTGCGCTTCT TAATCGACTG GCCGAGCAAC AACCAGTATC CCGAATCTTC
ATGACCATTG AAGAAGGGGA GTTCGTAGGT GAGATCGAAT AG
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| Protein sequence | MIRIELSTLI SKLNSQSKLA LEQAAALCIE RQHHEVSIEH FLSVLLENPM SDVCVIFDHV
KLGKDDIQAA ISKSYPRSTT LDTYPPFSPL LVELMQEAWL LSSTELNQTE LRSGAILLAS
LIHPDRYYSF EMIGLFEKIN KEAIRKNFDL VLERSSESDH VVSDSQDKST SSSVAAGNSA
LGKFCTNVTL QAKNDELDPV LCREDELNLM VDILCRRRKN NPIVVGEAGV GKSAVVEGLA
LRIVAGNVPD KLANVEIHSL DLGLLQAGAS IKGEFEKRLK GIIDEIKSSP VPIILFIDEA
HTLIGSGNQE GGSDAANLLK PALARGELST IAATTWKEYK KYFEKDPALT RRFQLVKVEE
PSVSQSVDIM RGLHHVYEKA HGVLIHDDAL KASSELSARY LSGRQLPDKA IDVLDTACAR
IAINISTPPK VLGQLENQCC TRQREIDMLK RQALIGQPVD NDYLESLIEL EVQAELEKET
LLNSWSKQKE IIEKIIDIRQ SILRNPVADD EALSDDELDE LREQLAASYQ ELEQIPHHER
LMYPEVNAQQ IAEVISDWTG VPIDQMNSDE LHKITHLPEI LNAKIKGQDV AIECVHRHLL
TSRADLRRPG RPKGAFLLVG PSGVGKTETV IQLAEELYGG KQFLTTINMS EYQEKHTVSR
LIGSPPGYVG FGEGGVLTEA IRKKPYSVVL LDEVEKAHPE VLNLFYQAFD KGELADGEGR
LIDCQNILFF LTSNLGYQTI VDNVETPKEI EAKLYPELVP FFKPALLARM EIVPYLPLNK
DVLEKIVLGK LSSLEKLLRK RYSAEVEIDP ALVQEILNRA TRSENGARML EAIIEGQVLP
PISLALLNRL AEQQPVSRIF MTIEEGEFVG EIE
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