| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmwyl1_1529 |
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| Symbol | |
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| ID | 5367241 |
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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 | 1710183 |
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| End bp | 1713434 |
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| Gene Length | 3252 bp |
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| Protein Length | 1083 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 640803872 |
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| Product | hypothetical protein |
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| Protein accession | YP_001340392 |
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| Protein GI | 152995557 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.949689 |
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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 | 21 |
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| Fosmid unclonability p-value | 0.406809 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATGACAC GCCGACATTT TCGACACTTT GTCTTTTATC CATTTGCGGC TCTGACTGGT
CTCACTGGCG CAATGTGGCT AGCGGCTCCA TTTGTAGCAG AACACTATTT AATCGCTTAT
TTTCAGGAGC AAGACGAGAA TGTTACCGTT GGCAAGCTAT CTATTGACTT TTTCCCCCCT
AAAGTTGATT TGAAAAATAT CGTCATCAAT GACAAAAACC AAGACACTCT CAGTCTTAAA
CGCGCTATTG TTGAAGTCGA AATATGGCCA CTTTTAACTA AAACAGTTCA TATTTCAGAA
GCCAAAATTG ACGGTTTAAA CTTAGTCGTT GCCCAGCACG AGAAAGACTG GATTGTCGCA
GGTATTAATA CTTCTCAATT CATCACACCT GAAGATCAAC AAGAACCAGA AGCAACAGAA
GAAACCACAG AAAAACCAAG TTCTCCTTGG ACAATAAAAC TGCCTTCATT TTCAGTCACT
GACAGCCAAG TTAACCTATC TCGTCAACCA GACTTAAACG TCCCTGCCGA ATCAGATAAG
TTCGTCTTAA CCAATCTATC TATAAAAGAT CTATCCGGCC AAGAACTTAC ATGGCAAGGT
GATATTGCGC TATCGGCTTT CGTCAATGAA ACGACTCTGT CTATAAATAG CCAATTTGAT
TATTCACCAG AACAAGCCAG TGCGAACGTC GATGTTAAAA ACACGCGCTT GCTGATAGAG
AGCTTTCGCC ACTTTTTACC TTCACCTTAC AACGAAGGCA AAGGCCAATT AGATCTCGTT
GGAAGCTTTC AATTTTCACA ACAGCAAGTG AATGGCGCAC CTGTTTTTGA TGTTAAAAAT
CTAACTTTAA ATGCTCAAGT TGATGACCTC AATTTACCAT TAGGCGAACA GGACAAAGCT
TCCACCAAAT CTACGTCATT ATCCATATCA AAAGCCAATG CCCACTTTGT TTCCGCTGAC
CAATTGGCCG CGACAGGAAC TATTAACCTG CAGTCGACAC AGTCATTCTT TGCGCAGGCG
GACATATCCG CACAGTTTGA TAAGCTAACT CTAAACACAC CGTTCGATGT TAAACGTGAT
AAACAGGGAC TAGCAGCAAA TGGAAAACTA GATTTGCAAT TAGAGCAGCC GCTCTTTACT
CAGGCAGCGC AAAAAGCACA GCTTGATACG CTTACACTAA ACACCCCATT CGATATAAAG
CAGAATGAAC TTGGATTAGC AGCCAGCGGA AACCTTGATT TACAATTAGG AAAAGCCAGC
TTTGCCCAAG CTGAGCAAAG TGTACAATTT GATAATCTGA CGTTGAACAC ACCTTTCGAC
ATCAAGCAGG ATAAACAGTC AGGACTGTCC GCAAGCGTTG CCTCTACGAT ACTGGACATG
AATGCGCTTT CCCTCTCATC AGAAAGCCTA GCAGTACAAA ACAAACAACT GCACATTGCA
CTAAACGATG TCGCTTTTAC TATGGATAAC GATGAAGCTC TTACCGCCTC TTTATTTGCG
GAAATACAAA GTCATGGTCT ATCCGTCCAA CAAGCCGGAA ATACAGCCGA CTACGACACG
TTCAATTTAT CAAATACACT TTCTCTACAA AAAAATGGCG ACGTACTTTC AGCTCAAAAT
AGCCAATTGT CTATTGATAT TAAAGGTTTG AAAGGGACAC AAAGTGACGA GAAACAATTT
TCATTAGGTG CTGCCAAACT GACTGCAGAC CAATTAGATG TAGAGCAAGC TAATCAACAG
TCTCCAACTA TAAAAGGTAC TAACCTCAAC TTCACCAGTG AATCACTGGA CAGCATGTTG
ACGAATAAAA AGCGCATTGC CTCTTGGAAG AATGCCGACA TTAGTGGCCT TTCATTTACT
CAGCAAGATA AAGACTTTGA CGCCGCATTA GCACAATTAA GCGTCATGGA TTTAACGGTT
TCTGAATTGA TTGCAGATGC TGGTAACAAA CAAACACTTC CACCGTTAAG CCATATTGGC
AGTATCAAAG TAGAAAAAGT AGAAGCCACT CAAGATGGCG CTAAAATCAA ACAAATCACT
ACGGATTCAG CCAAAGTAAG CTTAATATTA GATGCTCAAA AGCGTATACA AAACCTCGTT
TTTGTCGATG TTGAACAGCA AAACACGCCA GAGCCTGTAC TAAAGAATCC AAATGTTCCA
AGAGAAAAAG ACGCTAAAAA TGCCGTGAGC AATACTCAGG ATTCGGAACA AAACCCTGCA
TTTAAAGCAC CTTATTACGT TATTTTGGAT GCTTACGATA CAACTGGAGC ATCCAGTATT
TATGTACAAG ACAAGAGTGT TTCACCAACA CTACAGCGTT CTTTAGACAT CGACACATTA
TCATTGCGCA ACCTAAACAC ACAGAAAAAA GACCAAGCCA CAGTATTGGC GTTAAAAGCG
CGCAATGGTA AATATGCCAC TTTACAAAGT GATATAACCA TTTGGCCTCT AGCTGATAAA
CTCACCTTAA AAAGTGACTT GATTATTCGT GAAGCCGAAT TGCCCCCCTA TTCTTCTTAT
ATTGCTAATG TTTTAGGCTA CCAAATAGAC TCTGGTCAAC TGGATCTAGA CTTAAAACTC
AACGCAGATA GCGGAGTGTT GAATGGCAAC TCCCATATTG TATTAAGAGA ATTTGATCTT
GGTGGACGCA AAGAAAGCAG CTCTGTTATT AAGGCTGGCG CTGTTCCACT CAATATCGCC
GTGAGTGTTT TAAAAGACAG CGACAACAAT ATTGATTTAG ATATTCCTCT ATCAGGCGAT
ATTGAAAAAC CTGAATTCGG CTGGCAGGAC TTCTTGCTAT TACCTGTGCG TAAAGCGCTA
TTTAGCGCAT CAAGCACCTA CTTGATGCAA ACTTTTGTGC CATACGCGAA TGTTATTAGT
ATTGCCCAAT TCGCTGGAGA TCAACTACTC AAGATCCGTG TTGAACCTTT AATTTTTGAA
GCTGAAGATG ACGAGTTAAA CGATTCGCAA GATGCCTTCT TAAAGCAACT AGTTGCGTTA
ATGAAAGACA AAAAAGACAG CCAACTTAAA GCCTGTGGTG TGGCCAGTTA TCTTGATCTA
GGGCTTGAAA AGCCACCAGT ATCTATCGAT AACGACACAA AGGAAACCGC AAGCAATCTA
GCACAAAAAC GTGCTGATCA TTTGAAAGAC TATTTGGTGA AAGAAGGTAT TTCGTCTTCA
AGAATTTTCC TTTGCTCACC CGAAGTGGAT CTATCTAAAA GCAGCAAACC AAGGATAGAA
CTTAATTTTT AA
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| Protein sequence | MMTRRHFRHF VFYPFAALTG LTGAMWLAAP FVAEHYLIAY FQEQDENVTV GKLSIDFFPP
KVDLKNIVIN DKNQDTLSLK RAIVEVEIWP LLTKTVHISE AKIDGLNLVV AQHEKDWIVA
GINTSQFITP EDQQEPEATE ETTEKPSSPW TIKLPSFSVT DSQVNLSRQP DLNVPAESDK
FVLTNLSIKD LSGQELTWQG DIALSAFVNE TTLSINSQFD YSPEQASANV DVKNTRLLIE
SFRHFLPSPY NEGKGQLDLV GSFQFSQQQV NGAPVFDVKN LTLNAQVDDL NLPLGEQDKA
STKSTSLSIS KANAHFVSAD QLAATGTINL QSTQSFFAQA DISAQFDKLT LNTPFDVKRD
KQGLAANGKL DLQLEQPLFT QAAQKAQLDT LTLNTPFDIK QNELGLAASG NLDLQLGKAS
FAQAEQSVQF DNLTLNTPFD IKQDKQSGLS ASVASTILDM NALSLSSESL AVQNKQLHIA
LNDVAFTMDN DEALTASLFA EIQSHGLSVQ QAGNTADYDT FNLSNTLSLQ KNGDVLSAQN
SQLSIDIKGL KGTQSDEKQF SLGAAKLTAD QLDVEQANQQ SPTIKGTNLN FTSESLDSML
TNKKRIASWK NADISGLSFT QQDKDFDAAL AQLSVMDLTV SELIADAGNK QTLPPLSHIG
SIKVEKVEAT QDGAKIKQIT TDSAKVSLIL DAQKRIQNLV FVDVEQQNTP EPVLKNPNVP
REKDAKNAVS NTQDSEQNPA FKAPYYVILD AYDTTGASSI YVQDKSVSPT LQRSLDIDTL
SLRNLNTQKK DQATVLALKA RNGKYATLQS DITIWPLADK LTLKSDLIIR EAELPPYSSY
IANVLGYQID SGQLDLDLKL NADSGVLNGN SHIVLREFDL GGRKESSSVI KAGAVPLNIA
VSVLKDSDNN IDLDIPLSGD IEKPEFGWQD FLLLPVRKAL FSASSTYLMQ TFVPYANVIS
IAQFAGDQLL KIRVEPLIFE AEDDELNDSQ DAFLKQLVAL MKDKKDSQLK ACGVASYLDL
GLEKPPVSID NDTKETASNL AQKRADHLKD YLVKEGISSS RIFLCSPEVD LSKSSKPRIE
LNF
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