| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmwyl1_2304 |
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| Symbol | |
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| ID | 5365728 |
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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 | 2595279 |
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| End bp | 2598494 |
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| Gene Length | 3216 bp |
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| Protein Length | 1071 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 640804664 |
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| Product | ribonuclease |
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| Protein accession | YP_001341161 |
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| Protein GI | 152996326 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG1530] Ribonucleases G and E |
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| TIGRFAM ID | [TIGR00757] ribonuclease, Rne/Rng family |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | 28 |
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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 | ATGATTAGAA TGCTTATTAA TGCAACTCAA CAAGAAGAGT TGCGCGTCGC CCTAGTAGAC
GGACAACGTC TATATGATCT AGACATCGAA TCCGGTTCAC GCGAACAAAA GAAGTCAAAT
ATATATAAAG GCCGCATCAC TCGCATTGAG CCGAGTCTAG AAGCTGCTTT TGTTGACTTC
GGCGCAGATC GCCATGGTTT CTTACCTTTA AAAGAAATTT CCAAGACCTA CTTTTCCAAA
AAATCGAACC ATGAAGGCCG AATTAACATC AAAGATGTGT TAAGCGAAGG TCAAGAAGTG
ATTGTGCAAG TGGATAAAGA AGAACGCGGC AATAAAGGTG CTGCTTTGAC CACTTTCGTT
AGCTTAGCAG GTCGTTATTT GGTTTTGATG CCAAATAATC CTCGCGCTGG TGGCATATCT
CGTCGTATCG ACGGTGATGA CAGATCACAC CTTAAAGAAG CTATGTCAGG TTTGAACACG
CCAGAAAATG GTGGCCTTAT TGTTCGTACT GCTGGCGTTG GTCGCTCAAC TGAAGAATTG
CAGTGGGATT TGGATTACCT TGATACTCTA TGGTCTTCCA TTACTAAAGC CGCATCTGAA
AAACCTGCTC CTTTCTTAAT CTATCAAGAA AGCAACATCG TTATCCGCGC CATTCGCGAT
TATTTACGTG AAGATATTGG CGAAGTACTA ATTGATGAGA AAAGCGCCTA CCAAGACGCG
ATCAACTTCG TTATGCAAGT AATGCCGCAC TTTAAGTCGC GCATTAAAAT GTATACCGAC
TCAACTCCTC TGTTTAACCG CTTCCAGATC GAAACTCAGA TCGAAACGGC TTTCCAGCGT
GAAGTCCGCC TACCTTCTGG TGGCTCTATT GTTATCGATC CGACAGAAGC CTTAGTTTCT
ATCGATATTA ACTCGGCTCG CGCTACAAAA GGCGGAGACA TAGAAGAGAC AGCATTACAA
ACCAACTTAG AAGCTGCAGA CGAAATTGCT CGCCAATTAC GCCTTCGTGA CATTGGCGGC
TTGGTTGTTA TCGACTTCAT CGATATGACA CCAGTACGCA ACCAGAAAGA AGTTGAAACC
CGCATGAAGA ACGCTCTAGA GGCGGATCGT GCTCGCGTTC AACTTGGCCG CATTTCTCGC
TTCGGTTTGC TAGAAATGTC ACGTCAGCGC CTACGCCCTT CCCTTGGTGA AACAAGTGGT
ATCGTTTGTC CTCGCTGTAA TGGCCAAGGA TTCATCCGTG ACGTGGAATC TCTGGCGCTT
TCTGTACTTC GCCTAATCGA AGAAGAATGC TCTAAAGAGC GCACAGCTCA AATTCGTGCC
GTTTTACCAG TATCAGTTGC AACTTTCTTA TTAAACGAGA AACGCACTAA CATTGCTAAA
ATTGAAAAAC GTAACAATGT TCATATTATT CTTGTACCAA ATCCTCATAT GGAAACGCCA
CACTTTGAAG TAGAGCGTAT TCGTGATGAC AGTACAGTTG TTTCACAGAA TGAAAACAGC
TACACATTGG TAGAAACACC AGAGCAGCCG CCGTACGAGC CTCGAAAAGC AAATGAAAAC
GTTCGCCCAC AGGCCGCTGT AACCAGTATA GCTCCTAAAG CACCTGCTCC CGAGCACACT
GCACCAGCAG CAGCTACACC AAAAGTGGTT AAAGCACAGG ACAAGCCAAG CCTACTTAAA
CGCATCATAA CGGCATTATT TGGCGAAACT CAAAGCAAGC CAAAACAAAA AACCGTTAGC
AAAACGCCTC CTGTAGCACC TTCACAAAAT GATCGTGATA CATCAAGCAA GCCTAATGGC
AACCGTGTAA ATAGAAACAA ACGTAACGTT AAGCATCAAA ATGCAGATCG TGACGACAAC
AATACAGCTG AAAAAAATCG CTCTACTCGC CAATCACGCA GAGAACAAGC TGAATCTGGA
ACGAAAGGCA CTAGCAATAA CCGCCGCAAC AATCGCGGTA ATAAACAAGA AACTCAAGAA
CCAAGAGTTG AGAAGCAAGA AGCCGCTGTA AAAGCAGCTC CGCGCCAACC ACAGAAAGAA
GTTCCAGAAG TTAAAGAACG CAAACGTGAT CGCAATGACA ACCGTCGTCG CAATGGCAAA
CTAAAAGACG AAGCACTAGA AGCCACTAAA CTACAAGAGC AAGAGGATGC CGCTCTAGTA
GAAGCCGCCC AAAATGCCGA AGTAGAAAAT CACGAAAACG GTGATGAGCC TCAACGTCGT
TCACGCCGTT CACGCCGTTC ACGTCGCCCA CAAAAAGAAG AAAATAGCGC ACCGCAAGAA
AATGTTGAAT CTGAAAGCGA TGAAACACAA TCTACGGTAA CGGCTGCTGC GCAAACAGAA
GAAGTGAAAT CAACCACTCC TGAAGTTAAG CAAACTGAAG CAGAAGCGAA ATCAGTAGAC
ACGACATCAG AGTTTTCTAC AAAAGATGAG CCTGAAGCTG TTGAAGCTGT TGAAGCTGTT
GAAGCTGTTG AAGCTGTTGA AGCTGTTGAA GCTGTTGAAG CTGTTGAAGC TGTTGAAGCT
GAGAAAGTAG AATCTACTAA TGCAGAGCAA GCAACAGAAG AAACTAAAGA AAAATCTCCT
GAAGCTAAAC CTGCAAAACC CAAAATGTCA GTAAAAGCTC AAATGCGAAA AATTGAGCAA
GAGACACCGG AAGTTGCAAG TATTGCAACA GACGAAACCA AAGTAGAACA AGCTGAAGTT
GAGCTGAAAA CAACAACTTC TACAGCAGAG ATTCAAACGG CAACACCTAC TGAAGAACCT
GCGGTTGAAG CAAGCGTAAC GGAAGAGATA AAAACCGAAG CGCCAGAAAA ACCAACAACA
GTAGAAATTA AACCTGTAGC AATAGAGCCT ACACCAGAAG TTACTGAAGC TACGACTGAT
CCAGTCACTT CAGAAACAGT AGCTGTTGAT TCCTCTGAAA CCAAAGAAGC TGAAGAAGAG
AAAGTGCAAA ACGCTGCCCG CAGCTCAACT CGAACTCCTC GCCGCGGACG TGGTAAACCA
GCCACTAAAC AAGCAAACAC AGAAGCCAAA GCACCGGTAG AATTACCAGC CGCTATCTTG
GCTCAGCAAG AGAAGCTTCG TTTAGAGCAA GAAGAGAAGC GTAATGCTGC GACTTCCCGT
CGACGTGCAT CAACAGGTCG TGTGAAAAAC GACCCTAGAA TTGCTCGAGA AGAGGAAAAA
GGCTCTGAAG CAATTTCAGA AGCTAATGTA GAATAA
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| Protein sequence | MIRMLINATQ QEELRVALVD GQRLYDLDIE SGSREQKKSN IYKGRITRIE PSLEAAFVDF
GADRHGFLPL KEISKTYFSK KSNHEGRINI KDVLSEGQEV IVQVDKEERG NKGAALTTFV
SLAGRYLVLM PNNPRAGGIS RRIDGDDRSH LKEAMSGLNT PENGGLIVRT AGVGRSTEEL
QWDLDYLDTL WSSITKAASE KPAPFLIYQE SNIVIRAIRD YLREDIGEVL IDEKSAYQDA
INFVMQVMPH FKSRIKMYTD STPLFNRFQI ETQIETAFQR EVRLPSGGSI VIDPTEALVS
IDINSARATK GGDIEETALQ TNLEAADEIA RQLRLRDIGG LVVIDFIDMT PVRNQKEVET
RMKNALEADR ARVQLGRISR FGLLEMSRQR LRPSLGETSG IVCPRCNGQG FIRDVESLAL
SVLRLIEEEC SKERTAQIRA VLPVSVATFL LNEKRTNIAK IEKRNNVHII LVPNPHMETP
HFEVERIRDD STVVSQNENS YTLVETPEQP PYEPRKANEN VRPQAAVTSI APKAPAPEHT
APAAATPKVV KAQDKPSLLK RIITALFGET QSKPKQKTVS KTPPVAPSQN DRDTSSKPNG
NRVNRNKRNV KHQNADRDDN NTAEKNRSTR QSRREQAESG TKGTSNNRRN NRGNKQETQE
PRVEKQEAAV KAAPRQPQKE VPEVKERKRD RNDNRRRNGK LKDEALEATK LQEQEDAALV
EAAQNAEVEN HENGDEPQRR SRRSRRSRRP QKEENSAPQE NVESESDETQ STVTAAAQTE
EVKSTTPEVK QTEAEAKSVD TTSEFSTKDE PEAVEAVEAV EAVEAVEAVE AVEAVEAVEA
EKVESTNAEQ ATEETKEKSP EAKPAKPKMS VKAQMRKIEQ ETPEVASIAT DETKVEQAEV
ELKTTTSTAE IQTATPTEEP AVEASVTEEI KTEAPEKPTT VEIKPVAIEP TPEVTEATTD
PVTSETVAVD SSETKEAEEE KVQNAARSST RTPRRGRGKP ATKQANTEAK APVELPAAIL
AQQEKLRLEQ EEKRNAATSR RRASTGRVKN DPRIAREEEK GSEAISEANV E
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