| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | LEUM_0818 |
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| Symbol | |
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| ID | 4422633 |
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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 | Leuconostoc mesenteroides subsp. mesenteroides ATCC 8293 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008531 |
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| Strand | + |
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| Start bp | 799285 |
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| End bp | 803805 |
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| Gene Length | 4521 bp |
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| Protein Length | 1506 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 639674525 |
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| Product | glutamate synthase (NADH) large subunit |
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| Protein accession | YP_818299 |
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| Protein GI | 116617928 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG0069] Glutamate synthase domain 2 |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAAACAAT CAAAACTTCG TGAGCAAATG GTGAAAAACG CGCCGCTCTG GGATGAGTCT
CTCGAGCACG ATGCCTGCGG TATGGGATTT ATTGCGCAAC GTTATGGGCA GTTTTCTCAT
GAACTTGTTG AACGCGCCAT TACACTATTA ACACGAATGA ATCATCGAGG TGGCACAGGA
TCAGAGCCAG ATACAGGGGA TGGTGCAGGT CTATTGATGT CAATTCCTGA CAAATTTTTT
AGAAAAGTAG CAAGAATAGA GGGTATTACT TTACCACAAT CAGGTGAATA TGCTGTGGCA
ATGCTTTTTT TGCCGTTTGA TACTGTGGCT AAGAATAAGG TTTTAGATAA AATAATTACT
GAAATCAGTG CAGATGGTTT TGAGTACATT TTTGATCGAG ATGTACCGTT TGATTTTGAT
GCTTGTGGTC CTACTGCTCA ACAGGCTATG CCTGGATTTC GACAGATATT TATTAAGAAA
CCGCAGCATG TTGCTCTAGG AAGGGATTTT GATGACGCGT TGTATACACT ACGCCGTCAT
TTAGAAGATA CGATTTCAGA CGAAGATATG TATATTGTTT CGTTATCGGC TAAAACGATT
ACCTATAAGG GGATGCTTCA TGCTTACCAA GTTGGGCAGT TCTTTTTGGA TTTACACGAT
GAAGATGTTG AGGCCAAAAT AGCGCTAACT CATTCACGTT TTTCAACTAA TACTTTCCCA
TCTTGGGACC GTGCACAGCC ATTTCGTTTT TTGGCACATA ATGGTGAGAT TAATACTTTG
CAAGGTGACG TTAATTGGAT GAAAACGCAT GGGGTTGCGA TTTATAATGA AGAAAATTCC
GACTCAGCCA TGATGGAAAA TACAATGGAA CACTTGTATC GACATGGTCG CTCAATACCA
CAATCCCTAT TAATGCTAGT GCCAGAAGCA CATTCAAAAG AAGCGAATGT GTCAGATGAG
TTGGCTGCCT TTACAGAATA TAATGAATCA TTTATGGCAC CTTGGGACGG TCCAGCCGCT
GTTGTTTTTA CTGATGGCAA CATTGTCGGT GCAAGATTGG ATCGTAATGG GTTACGACCT
TCACGTTATT TGGTGACGGA CGACGGGTAT GTTATTTTAT CTTCTGAATC TGGGGTGGTT
GATGTGCCCG CTAATTCAAT TATCGAAAAA GGAGTGCTTG GACCTGCAAA CATGATTCTT
GTAGATACGA CGACGGGAAC CTTTACAAGG AATGAGGAAT TGAAGCATCA TTTTGCGACG
CAATATCCTT ATCGACAATG GCTCGATGAA TACCAAGAAA CATTGCAAGA CCTACCAAAT
CAAAATTTAT TAGAACAACG TTTAAATGAT AAAGAACGGC TGACTCTTTT TAAACGCTTC
GGATATACCC AAGAAGTGAT TGATGGTGCA GTTTTGAAAA TGGCTAATAC TGGGCAAGAA
CCAACGGTTG CCATGGGTTA TGACTCACCA TTGGCAATCT TATCAGACAG GCCACAAGGA
TTATTTACTT TTTTTAAACA ACAATTTGCG CAAGTGACCA ACCCGCCAAT TGATGCACTT
CGTGAGCATT TAGTCATTGC AACACAAATG TATTTAGGCA GAGAAGTTGA TTTTCAACGA
GATTTACCAG AAAATGCTAG CAAGTTAAAA ATTGACTCAC CAATTCTTTC ACCGGCTGAT
TTTGCTAAAA TTGCACATAT TTCCAATTCT AAACAAAAGG TTGCGCTTAT CAAGCTGGCT
TATAACTTAA CCGGACTAGC AAATGGGCGA TTGGAGCGTG CTCTAATTGG AATTAATCAG
CAAGCCGATG CAGCGATTGC TTCTGGCGCA ACAATTTTGA TTCTATCTGA TCGTGAGGTA
ACCAAAAATC AACTGACTGT ACCGGCTCTT CTAGCTGTGT CCTCACTAAA AAATTATTTG
GCGGCCAACG GAAACGCCAC AAATGCTTCC ATTGTATTAA ACACTGCGGA AGCAATTGAA
ACCCATCATT TTGCAACGTT GGTTGGGTAC GGTGCAGCCG CGATATATCC GCGTGGTGCT
TACAGAATTT TAGAAGCATA CGATATGAAT GATGCAACAC ATCAAGAAAA CTATCGTGTA
GCTGCTGAAA AAGGTATCGT TAAGATTATG GCCAAAATGG GCATTTCTAC GATTCAAGGC
TATTATGGAG CGCAATTATT CGAAGCGATT GGTTTATCAA AAAATGTAGT TGATACCTAC
TTTACTGGTA CACATTCACG AATTGGTGGT TTAGACTTAA ATCAAATTGA GGAAGAATAC
TTAAAACGCT ATACAACAGC GTATGACGAA TCTCAAGACG ACCCAATTCC TTCAGGTGGT
GCTTATTCAC TACGAGAAGA TGGTGAATAC CATCTATACA ATCAAATGAT GATGTATAAA
TTTCAAACGG CGGTTCGGAC TGGAAATGAA GAACTCTTCA AGGAGTATGT GGCTGACATT
CATGAAGCGG AGCATGAACA TCCTGGCACT ATCCGGTCAA TGTGGGAGAT TGTGCCTAAT
CGTCAACCCA TTGACATTCA TGAAGTAGAG CGTATTGAAA ATATAGTGAA GCGATTTAAG
GTTGGTGCCA TGTCATTTGG TGCATTATCT CAAGAGGCTC ATGAAACGAT AGCTGAGGCA
ATGAACCGAT TAGGCGCTAA GTCAAATTCT GGTGAAGGTG GTGAGAATAG GAAACGTTTT
CACACAATTA AAAATTCTAA AATTAAGCAG GTTGCTTCCT CACGTTTTGG TGTTAACGCA
GAATACTTGA TGTCAGCCGA AGAAATTCAA ATCAAAATGG CGCAAGGGGC CAAGCCTGGC
GAAGGTGGAC AACTAGCTGG AAATAAAGTA TTTCCATGGA TTGCCGAAAC ACGTGGTTCA
ACACCAGGGG TACGCTTAAT TTCTCCGCCA CCACATCACG ATATCTATTC GATTGAGGAT
TTAAAGCAGT TAATATTTGA CTTGAAAGCG GTTAACCCAT ATGCCAAAAT CAATGTTAAA
TTAGTTTCCT CAACAGGTGT TGGTACGATT GCAACTGGTG CGGTGAAAGC TGGTGCTGAT
ACGGTGACCG TTTCTGGATA TGATGGTGGC ACAGGGGCGG CGCCACGAAA TTCGATTCGT
GATGCTGGAT TACCATGGGA ATTAGGGTTA GCTGAAACAC ACCAAATTCT ATCCGCTAAT
AAATTACGTC AGCGAATGAC TTTAGAAACT GATGGCAAAC TGTTGACTGG TAGAGATATA
GCTATTGCCG CTATGCTTGG TGCGGAAGAG TTTTCATTTG CAACCTTATC AATGGTGGCT
ATAGGCTGTA TTATGATGCG TGTTTGCCAT TTAAATACTT GTCCAGTGGG CATTACTTCT
CAAAATCCAT TATTGCGTTC ACGTTTCCAG GGAAAACCGG AAGATATCAT AAATATGATG
ACCTTTTTGG CACAAGATTT ACGCGAGTTA ATGGCTGAAT TAGGGTTCCG CACCTTGGAA
GAAATGGTCG GACATACAGA ACTGTTGAAA ACTCGCTTTA CAACGAACAA AAAGTATAAG
TCACTTGATT TTTCGAACAT GATTGGTCAA GTTATTCCAA TAGCACGAAA AACAAAAGAC
CCATTCATTG CTAAGCGACA ATGGCCAGAA TTAGATATGG CTGCCAAAGC AGCCATTGAT
AACACACAAA CATTAACGAT GTCTGCACCA ATTGATAATG TATCACGTGC TGTTGGCGCT
CGGATGGGTG GTTGGATAGC AGAGCGTTAT GGAAATACCA AATTATCACC AGGACTCCTT
AGATATACGT ATACTGGCTC TGCAGGGCAG TCTTTTGCAG CCTATACGAC ACAAGGAATG
GAGCTTAAGG TCATTGGAGA AGCCAATGAT TATGTTGGTA AGTCATTATC AGGTGCGCGT
TTAATTGTAA CGCCACCAAA AGATGCAGGA TACGATACGA ATAATTCACC AATTATCGGT
AATGTTGCTT GTTTTGGTGG ATTTGCTGGT GAGGCATATT TCCATGGCCG CGCGGGTGAG
CGATTCTTTG TTCGCAACTC TGGCGTTTGT GGTGTTGTTG AAGGCGTTGG GGATCACGGT
TGCGAATATA TGACGGGTGG CGTTGCTGTC ATTCTGGGTA AAATTGGTCG TAATTTTGCT
GCTGGTATGT CGGGTGGTAT TGCTTATATT TATGATCCAG ATCATCAAGC GGCTGCTAAT
ATTAATCTGG AAATGGTTGA TCTTTTTGAG ATAAATCAAA CACATGGAGA CGACGTATTG
TATAGTTTAC TTCAATCACA TGCAGCGTAC ACTGACTCAC AAAAAGCTAA AGATATTTTA
GCGCATTTTG AGGATGAAAA GGCTAATTTT ATTAAAGTAT ATCCAACCGA ATATCATCAG
GTTTTAAACA TTATGAATAA ATATGAAACC GAAGGATTTA GTGGATTGAC TAAGGAACTC
AAGGCTTTTA ATGAACTGAT GCCAGAATAT GAACGAGTAC CAGAAACTGA AGAAGAATTA
GAAACATTAT TATCGAAATG A
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| Protein sequence | MKQSKLREQM VKNAPLWDES LEHDACGMGF IAQRYGQFSH ELVERAITLL TRMNHRGGTG
SEPDTGDGAG LLMSIPDKFF RKVARIEGIT LPQSGEYAVA MLFLPFDTVA KNKVLDKIIT
EISADGFEYI FDRDVPFDFD ACGPTAQQAM PGFRQIFIKK PQHVALGRDF DDALYTLRRH
LEDTISDEDM YIVSLSAKTI TYKGMLHAYQ VGQFFLDLHD EDVEAKIALT HSRFSTNTFP
SWDRAQPFRF LAHNGEINTL QGDVNWMKTH GVAIYNEENS DSAMMENTME HLYRHGRSIP
QSLLMLVPEA HSKEANVSDE LAAFTEYNES FMAPWDGPAA VVFTDGNIVG ARLDRNGLRP
SRYLVTDDGY VILSSESGVV DVPANSIIEK GVLGPANMIL VDTTTGTFTR NEELKHHFAT
QYPYRQWLDE YQETLQDLPN QNLLEQRLND KERLTLFKRF GYTQEVIDGA VLKMANTGQE
PTVAMGYDSP LAILSDRPQG LFTFFKQQFA QVTNPPIDAL REHLVIATQM YLGREVDFQR
DLPENASKLK IDSPILSPAD FAKIAHISNS KQKVALIKLA YNLTGLANGR LERALIGINQ
QADAAIASGA TILILSDREV TKNQLTVPAL LAVSSLKNYL AANGNATNAS IVLNTAEAIE
THHFATLVGY GAAAIYPRGA YRILEAYDMN DATHQENYRV AAEKGIVKIM AKMGISTIQG
YYGAQLFEAI GLSKNVVDTY FTGTHSRIGG LDLNQIEEEY LKRYTTAYDE SQDDPIPSGG
AYSLREDGEY HLYNQMMMYK FQTAVRTGNE ELFKEYVADI HEAEHEHPGT IRSMWEIVPN
RQPIDIHEVE RIENIVKRFK VGAMSFGALS QEAHETIAEA MNRLGAKSNS GEGGENRKRF
HTIKNSKIKQ VASSRFGVNA EYLMSAEEIQ IKMAQGAKPG EGGQLAGNKV FPWIAETRGS
TPGVRLISPP PHHDIYSIED LKQLIFDLKA VNPYAKINVK LVSSTGVGTI ATGAVKAGAD
TVTVSGYDGG TGAAPRNSIR DAGLPWELGL AETHQILSAN KLRQRMTLET DGKLLTGRDI
AIAAMLGAEE FSFATLSMVA IGCIMMRVCH LNTCPVGITS QNPLLRSRFQ GKPEDIINMM
TFLAQDLREL MAELGFRTLE EMVGHTELLK TRFTTNKKYK SLDFSNMIGQ VIPIARKTKD
PFIAKRQWPE LDMAAKAAID NTQTLTMSAP IDNVSRAVGA RMGGWIAERY GNTKLSPGLL
RYTYTGSAGQ SFAAYTTQGM ELKVIGEAND YVGKSLSGAR LIVTPPKDAG YDTNNSPIIG
NVACFGGFAG EAYFHGRAGE RFFVRNSGVC GVVEGVGDHG CEYMTGGVAV ILGKIGRNFA
AGMSGGIAYI YDPDHQAAAN INLEMVDLFE INQTHGDDVL YSLLQSHAAY TDSQKAKDIL
AHFEDEKANF IKVYPTEYHQ VLNIMNKYET EGFSGLTKEL KAFNELMPEY ERVPETEEEL
ETLLSK
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