| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmwyl1_1106 |
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| Symbol | |
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| ID | 5368435 |
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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 | 1236014 |
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| End bp | 1238944 |
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| Gene Length | 2931 bp |
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| Protein Length | 976 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 640803447 |
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| Product | (glutamate--ammonia-ligase) adenylyltransferase |
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| Protein accession | YP_001339972 |
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| Protein GI | 152995137 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones
[T] Signal transduction mechanisms |
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| COG ID | [COG1391] Glutamine synthetase adenylyltransferase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.576099 |
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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 | 26 |
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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 | GTGACACCTC CGCATTTGAA CCCTAACTAC GCGATATTTT GTGAACAATC CTCTTCTCGT
GCCTTGTTAT TGGAGCATGT CCAAGATGCT CGAGAAAGGC ACGGGCTTGA TTCATTAAAC
CAAGAGCAAA TTGATATATT AGAACCCTTG TGGATCTTGA GTGATTATTT ACATCAGCAA
TTTACTCGTT TTCCCCATTG GTTAGATGAT TTGTTGGCGC TTAAAAAGCT ACCTGAAAAG
CCGTCCAAAG AAGCCTTGAT GGCTGGCGAA GCATTTTTTT CATGCGAGGC GAGTGCTTGC
CAGACAGAAT CACTAGAGCC ATTAGATGAA GCCGGTTTTA TCAAACGTTT GCGTTTGTAT
CGTCAGTGGT GGATGGTACG GTTAATAGCT TTGGACATTC AGCAGCGGCT TTCATTGACC
GAGCTGACGT CACGTTTAAG CGCGTTAGCG GATGCATGTG TGAATGCCAG CCTTCAATGG
ACAACGCAGC ACTATCTTGC CTTGTACGGT CAGGCGTTGG ATAGCAAGGG CTTACCTCAG
TCGATGATTG TGATCGGTAT GGGGAAACTT GGCGGAAACG AACTAAACCT GTCTTCTGAT
ATAGATTTAA TTTTTGCCTT TCGTGAACAT GGTGATACTC AAGGCGGAAA GAAAAGTCTG
TCACATCAAG AGTACTTTAC CAAGCTTGGT CAAAAACTGA TTCAGCATCT AGATCAGGTC
AACGCTGATG GCTTTGTTTT TCGAGTCGAT ATGCGTTTAC GGCCTTTTGG GCAGTCTGGT
GCTTTGGTAT TAAACATGGA TTCGTTGGAA AATTATTACC AAGATCAAGG TCGAGACTGG
GAACGTTACG CCATGATCAA GGCTCGTGTC ATGTCTGGTA ACACCTTGGA TGTGCGCGAA
TTTGAAGCAT TACGTAAGCC TTTTGTGTAT CGCAAATATC TCGATTTTGG GGCGATAGGT
GCATTGCGTG ACTTGAAACA AATGATTGCT AAAGAGGTGC GTCGCAAAGG CATTGAGCAC
AATATTAAAT TAGGCGAGGG GGGAATTCGT GAAGTTGAAT TTATTGCCCA AGCTTTGCAG
ATATTACACG GTGGTCGAGA TCAGGGCTTG CAAACGCCAG CCTTGTTGAA AGTGTTACCT
TACCTTGCTC AACAGGATTA TTTGCCTGTC GAAGAAATGG ATCAATTGCG TGAGGCGTAT
TTACTTTTAC GTCGCACCGA GCATGCATTG CAGGCGGTGA ATGACGAGCA AACGCAGCTA
TTGCCAGAAG ATGATCGGGC ACGTACGCGC ATTGCATTAA TTGTTGGTTT CCCTTCTTGG
GAGGCATTGG ATAAACGTCT TTGGGAAGTG CGCAAAAATG TACATCGTTC TTTTGTCGCT
TTAATTGATG ATGGCCATGA AAGTACCGAA GAAGTGAAGA ACCAAGAAAC TTGGCGTTTA
TTAATTAAGC ACCCAGAAGA TCGAGAAGCG ATACAAGATG CTATCTCACC GATATCATGG
CAGGACCAAG AGGCAAGTAT TACACGCATT TCTCAGCTGC TTAGTTCCCG TACGGTTGTT
TTTATGCAGC CTATTGGTCA TGAGCGGCTT GCGGTCTTTT TGGCCGCCTT AATCTCTAAA
TTAACGGACG AAGCTAATCC TGATTTGGTT TTGGAGCGCG TATTTCCAAT CTTGGAAGCT
GTCTTGCGGC GTACTGCTTA TTTGGTTCTC CTTTCCGAAA ACCAAACCGC ACTGACGCAT
CTTATTCGAT TATGTCGAGA AAGTGTGTGG TTTACCGAAG CGATTTCGAC GACGCCAGCA
TTGCTGGACG AACTGCTAGA CGCCAATACG CTATTTTCAC CGCCAGATAA AGCCATGCTA
GCGGAAGAGC TTCAGCAAAT ATTATTGCGT TTGCCAGAAG ACGATGAAGA AGCGCAGATG
GACGCAATGC GTCGCTTCAG ACGTTCCATT ATTTTACGTA TTGCTGCTTG CGACATAACA
GAGATATTGC CTGTGATGAA AGTGAGTGAT CACTTAACCT GGTTGGCAGA AGTACTTTTA
GATCAGGTGT TGCAACAGTC TTGGCAATAT TTAACGAAAA AACATGGTTT TCCTGTAAGC
CAAGGTGAAG TTGCTTTCAC ACCTCAATTA GCCATTATTG GCTATGGTAA GTCGGGTGGT
TGGGAGCTTG GCTACGACTC AGACCTAGAT CTGGTGTTTA TCCATGATGC ACAGGCAAAC
GGTAGTACAG ACGGCGATCG CAGTATCGAC AATCTCACTT TTTATACGCG TCTCGGCCAA
CGTTTAATTC ACATGATTAC TAGCTTTACT GCCGCGGGTC GCTTGTATGA AGTGGATATG
CGTTTGCGTC CTTCGGGTAA CTCTGGTTTG TTGGTTTCTA GTTTAGAAGC TTTTAAAGAC
TATCAGCAAA AAGAAGCGTG GGTCTGGGAG CATCAAGCGT TGACTCGCTC ACGTGGTTTG
GCAGGTGAAC CTAACTTACT ATCTAAATTT GAAGAGTGCC GTAAAGAGAT TATTGCATCA
GAACGAGATC GAGATGTGTT AAAAGCTGAA GTCATCAAGA TGCGCGAGAA GATGCGCGCC
CATCTTGATA CTGGCGGTAA AGAAAAAGGT TTTGATCTGA AACAAGGTGC TGGTGGCATC
ATTGATATTG AATTCATGGT GCAATATTTA GTGTTGGCTT GGTCATGTAA ATACCCAGAG
CTGATGCGCT TTTCGGACAA TGTTCGACAG CTTGAAGCAG CCGCTTTAGT TGGCTTGATT
GGTGCTGAGC AGGCCGAAAA AATGACGGAT ACTTATACGC TTTATCGGTC TCTAACCCAC
AGGCTGAGCT TGCAGCAACA AGGTAGAGTA GTTCAGAAGG ATACGCTTGT CGATAACCAG
AATTTGGTGA GTCAATATTG GGATAGTTTT GTTAACGATG ACAAAATTTA A
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| Protein sequence | MTPPHLNPNY AIFCEQSSSR ALLLEHVQDA RERHGLDSLN QEQIDILEPL WILSDYLHQQ
FTRFPHWLDD LLALKKLPEK PSKEALMAGE AFFSCEASAC QTESLEPLDE AGFIKRLRLY
RQWWMVRLIA LDIQQRLSLT ELTSRLSALA DACVNASLQW TTQHYLALYG QALDSKGLPQ
SMIVIGMGKL GGNELNLSSD IDLIFAFREH GDTQGGKKSL SHQEYFTKLG QKLIQHLDQV
NADGFVFRVD MRLRPFGQSG ALVLNMDSLE NYYQDQGRDW ERYAMIKARV MSGNTLDVRE
FEALRKPFVY RKYLDFGAIG ALRDLKQMIA KEVRRKGIEH NIKLGEGGIR EVEFIAQALQ
ILHGGRDQGL QTPALLKVLP YLAQQDYLPV EEMDQLREAY LLLRRTEHAL QAVNDEQTQL
LPEDDRARTR IALIVGFPSW EALDKRLWEV RKNVHRSFVA LIDDGHESTE EVKNQETWRL
LIKHPEDREA IQDAISPISW QDQEASITRI SQLLSSRTVV FMQPIGHERL AVFLAALISK
LTDEANPDLV LERVFPILEA VLRRTAYLVL LSENQTALTH LIRLCRESVW FTEAISTTPA
LLDELLDANT LFSPPDKAML AEELQQILLR LPEDDEEAQM DAMRRFRRSI ILRIAACDIT
EILPVMKVSD HLTWLAEVLL DQVLQQSWQY LTKKHGFPVS QGEVAFTPQL AIIGYGKSGG
WELGYDSDLD LVFIHDAQAN GSTDGDRSID NLTFYTRLGQ RLIHMITSFT AAGRLYEVDM
RLRPSGNSGL LVSSLEAFKD YQQKEAWVWE HQALTRSRGL AGEPNLLSKF EECRKEIIAS
ERDRDVLKAE VIKMREKMRA HLDTGGKEKG FDLKQGAGGI IDIEFMVQYL VLAWSCKYPE
LMRFSDNVRQ LEAAALVGLI GAEQAEKMTD TYTLYRSLTH RLSLQQQGRV VQKDTLVDNQ
NLVSQYWDSF VNDDKI
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