| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmc1_1862 |
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| Symbol | |
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| ID | 4481760 |
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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 | Magnetococcus sp. MC-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008576 |
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| Strand | + |
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| Start bp | 2314190 |
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| End bp | 2317258 |
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| Gene Length | 3069 bp |
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| Protein Length | 1022 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 639722604 |
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| Product | (glutamate--ammonia-ligase) adenylyltransferase |
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| Protein accession | YP_865776 |
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| Protein GI | 117925159 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | 17 |
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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 | ATGACCACCC CGATTACCCC TCTACCCCAC ACCCTGATTA CCCATCTGGC GCTGGACGCC
GCAGCCGTAG ACCATATTCA GCGCCTCAGA CTCAGCACCG CCGAACCTGA GAGTGTTGTG
CACCACTTAG AGCGATGCAG CCTCCACTTA GAAGGGGAGC TCTTGAGCCA TTGGCAACAT
GTTCTGGCCG ATAGCCGCTG GCGCCGCCGT ATGATCTTAG CCTTGGGTAA CAGCCCTTTT
TTGAGCAACA TTTTAGGCCG CTGGCCCCAC TTTTTAGCCC AACTGTTTCA CCAACCCATG
GATTGGACGT TGGATCGTTA TAAAGCCATC ATCCTTGAAG ATCTGCTGGC GACCACCGAT
CAAAACGTGG CCGAACAGCG TTTGCGCTTG CATAAACATC TGGCTTTTTT ACAGATTGGC
CTGTGGGATT TAACCGGCGA GGCAACCCTG GAGGAGACGA CCAAACATCT CTCCTATGTG
GGTGAAGCAA CCTTAGAGGC GGCCTATCAA TGGTTGGAAC GCCATTTTGC CAGCCGTTTT
GGTTCACCCA TGGTGGTGTG CGATGAAGGC GGTACGCCAC AGCGGGCCCG TTTTGTGGTA
TTAGCCATGG GTAAATTTGG TGCCTATGAG CTTAATTTTT CGTCGGATAT TGATCTTATT
TTTCTCTACG ACTGCGACGC TGGGCAAACC GATGGCAAAC AATCCATTAC CGTAAAAAAC
TACTATGTGC GCCTTGGTCG GGAGCTCATG CAGATGATCT CGCGTGCTAC AGCCGAGGGC
ATGGTGTTTC GCACCGATTT GCGGTTAAGA CCCGATGGCG AGAGCGGTGA ACTGGCCCTG
TCGGTACGCT CAGCGGAGAC CTACTATGAA TCGTGGGGGC AGAGCTGGGA ACGCGCTGCC
ATGATTAAGG CGCGTCCTGT GGCTGGGGAT CTTGCTTTGG GTGAAGCTTT TTTAAAAAAC
CTGCACCCGT TTGTCTACCG GCGTTTTCTC GATTTTGGCG CCTTGGAATC CATTCGGGAG
ATGAAAAAGA AAATTGATCA TAAGGTCAAT AACGCCGACA CCTATGGACG CAATATTAAA
CTTGGCTTTG GGGGCATTCG GGAGATTGAA TTTTTTGTGC AGAGCCACCA GTTGATTCAT
GGTGGACGTG AAAAACGGCT GCAAGATCGC CGCACTGTAC CCATGTTGGA TACCTTGGCT
ACTTTGGGTT TAGTGGATCG CACCACAGCC GATTTTTTAG CCTCGGCCTA TCGCTTTTTA
CGCACGGTGG AGCATCGCAT CCAGATTGTG CGTGAGCAAC AGACCCATAA TTTGCCCGAT
GATGATCGAG GTATGGCGCA ACTGGCGGCC CGCATGGGGA TGCCCAACCG AGAAAGCTTT
TTAGCCAAAT TACAGGGGAT TCGCCAGCGG GTGCATGAGG CTTATGACAA TCTGTTTTTT
GATGCCGAAC GCACCCGACA GGATGAGTTG AGCAACGATG CGCGGGTTGA GGCGTTGCTC
TCCACCAGCA CCCAATACGA ACAGGAAAAA ACCCGGGCAA TCCTAAGCCA GTGTGGATTC
CACGACTTAG ACCAAGCATT GCTCTCACTC AAACTGTTCA AATTGGGACC GCAAGAGCGC
GCTTTAACCG AGGCTGGGCA GCGTTGGTTT AGCCGCCTGG CCCCCCTGTT ATTGCAAGGG
GTGCTGGATG CCGCCGATGT GGATATGGCG ATGCAGCACG TGGAGAAATT TTTACAAACC
ATTCTCCATC GCACCAACTA TCTGGCACTG CTTGCCGAAA ATCCCAATTT ATTGGGGCTG
CTGATGCCCC TGTTTGGTTC ATCGCCCTTT CTATCCCGCC ATTTAATCCA ACACCCCAGC
ATCATGGATT CACTGGTGGG GCTAGATTTT GTGACCATCT ATCGGGGCAG CAATGAGATG
CGTCAGGAGT TGGCCAGGGC GATGGAACGG GCAGAGAATG AAGAGGAGCG CTTTAATGCC
CTGCGCATGT TCCGCAATAC CGAGATGTTG CGCTTGGGGA TACGGGATCT GGCGGGCATC
GCCGAATTGC AAGAGGTGAT GGCCGCGCTT TCAGCCATCG CGACTGTGGT GCTGGAACAG
GCGGTCATGG ATGCCATGTC AGACATGGTG GAGCGCCATG GCCCGCCCAT GTGGAGCGAT
GCCCAAGGGC AGCGGCAGCG GGCCCGCTTT ATGGTGTTGG GCATGGGTAA ATTAGGGGGG
GGCGAGCTTA ACTATAGCTC CGATCTGGAC CTCATTTTTA TTCACACCAG CCAGGGTGAC
GAGCAGTACA CAGAGGGCGA GCGCTCCATC AGCAACAGCC AATTTTTTGC CCGTATGGCG
CAGAAGGTTA TCAGCACGCT GACCACCCTA TCGCAGGGAG GCAAGCTCTA TGAAATTGAT
ATGCGGCTGC GTCCCTCTGG CGCCTCTGGG CCGTTGGTGA CAACTTTGGA ATCTTTTGCA
AAATACCAGC AAAACGAGGC TTGGAACTGG GAGCATCAGG CTCTGATTCG CGCCAATGTG
GTGGTGGGGG AGCGTCATAG CAGCGAACAG TTAAAACAGG TTATTCGGCA CATCTTGATC
CAACCCCGCC AGATCGCGCC ATTACGCGAA GATGTGGTGC AAATGCGTGA GCGCATCTAC
CAAGAGAAGC GCCCCAAGCC CGGTGTGGTT GACATTAAGC AGACCCGTGG GGGCATTGTG
GATGTGGAGT TTTTGATCCA ATTTTTGGTC TTGGCGCATG CCCATCAACA CCCACAACTC
CTGCAACGCA ACGCCCCCCG TGCTTTATTG GCGATTCGTC GTGCCGGTTT AATCACACCC
CAAGCCTATC AAACCCTAGA GGATGCCTAC CGGTTTTACC GTTTGGTGGA AAATCGCCTG
CGGCTACACC ATGACCGCTC GGAAAATGCC ATCCATACTG AAGACTCGGT GACACTGGCA
CGTTTGGCCC GACTCTGTAA GCTGGAGAGC GGCCCTGCTC TCCTGGAGCA GCTGACACAC
CACTTTGCCG CAGTCCAGCC CATTTATGCC ACCCATTTGG GACCGGTAGC CGGCGAGGCA
CCGGTTTGA
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| Protein sequence | MTTPITPLPH TLITHLALDA AAVDHIQRLR LSTAEPESVV HHLERCSLHL EGELLSHWQH
VLADSRWRRR MILALGNSPF LSNILGRWPH FLAQLFHQPM DWTLDRYKAI ILEDLLATTD
QNVAEQRLRL HKHLAFLQIG LWDLTGEATL EETTKHLSYV GEATLEAAYQ WLERHFASRF
GSPMVVCDEG GTPQRARFVV LAMGKFGAYE LNFSSDIDLI FLYDCDAGQT DGKQSITVKN
YYVRLGRELM QMISRATAEG MVFRTDLRLR PDGESGELAL SVRSAETYYE SWGQSWERAA
MIKARPVAGD LALGEAFLKN LHPFVYRRFL DFGALESIRE MKKKIDHKVN NADTYGRNIK
LGFGGIREIE FFVQSHQLIH GGREKRLQDR RTVPMLDTLA TLGLVDRTTA DFLASAYRFL
RTVEHRIQIV REQQTHNLPD DDRGMAQLAA RMGMPNRESF LAKLQGIRQR VHEAYDNLFF
DAERTRQDEL SNDARVEALL STSTQYEQEK TRAILSQCGF HDLDQALLSL KLFKLGPQER
ALTEAGQRWF SRLAPLLLQG VLDAADVDMA MQHVEKFLQT ILHRTNYLAL LAENPNLLGL
LMPLFGSSPF LSRHLIQHPS IMDSLVGLDF VTIYRGSNEM RQELARAMER AENEEERFNA
LRMFRNTEML RLGIRDLAGI AELQEVMAAL SAIATVVLEQ AVMDAMSDMV ERHGPPMWSD
AQGQRQRARF MVLGMGKLGG GELNYSSDLD LIFIHTSQGD EQYTEGERSI SNSQFFARMA
QKVISTLTTL SQGGKLYEID MRLRPSGASG PLVTTLESFA KYQQNEAWNW EHQALIRANV
VVGERHSSEQ LKQVIRHILI QPRQIAPLRE DVVQMRERIY QEKRPKPGVV DIKQTRGGIV
DVEFLIQFLV LAHAHQHPQL LQRNAPRALL AIRRAGLITP QAYQTLEDAY RFYRLVENRL
RLHHDRSENA IHTEDSVTLA RLARLCKLES GPALLEQLTH HFAAVQPIYA THLGPVAGEA
PV
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