| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | XfasM23_2166 |
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| Symbol | gltB |
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| ID | 6202106 |
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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 | Xylella fastidiosa M23 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010577 |
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| Strand | - |
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| Start bp | 2451966 |
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| End bp | 2456435 |
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| Gene Length | 4470 bp |
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| Protein Length | 1489 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | 641703680 |
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| Product | glutamate synthase subunit alpha |
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| Protein accession | YP_001830836 |
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| Protein GI | 182682676 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | ATGGTTTCCA GCACCCGCCA AAGGATTGAA GAGAGTATGT TGTACGATGC CAGCGATGAG
CGGGATGCCT GTGGCTTTGG CATGGTTGCG CAGTTGGATG ATCAGCCTTC CCGCGCGTTG
CTTGAAATTG CCATCGCTGC ACTTTCGCGC ATGACGCATC GTGGGGGTGT TGCTGCCGAT
GGGCTGACCG GTGATGGTTG CGGCTTGTTG ATTCGTAAGC CTGATGCTTT CTTGCGTGCG
TTGGCTGGTG AGGCCGGTAT CGCGCTTGGC CCCCGTTACG CTGTCGGTAT GGTGTTCCTG
CCTGGTGAAC GTGCCGCGGC GGCGCATTGT CGTCAGGTGT TGGAGGCTGA GTTACAACGC
GTTGGAGTGC GGCTGTGTGG TTGGCGTGAG GTGCTGATCA ATCGCAGTGT GTGTGGGCAA
TTGGCACGGG ATACGTTGCC GCACATTGAG CAGGTGTTCG TTGATATTGA TCCTAAACAC
AGTGAGGATG CGTTCGGGGT GGCGTTGTTT CTGGCGCGTC GCCGTGCTGA GCGGCAGTTG
TGTGACTATC ATGATTTTTA TGTCGCCACC CTGTCCCCCT ATGCGATTTC TTATAAAGGG
ATGGTGTTGC CGGATAAGTT GCCGGTGTTT TATCCGGATC TGCAGCGCAG CGAGCTGTCT
TCTAGCGTGA TCGTGTTTCA TCAACGCTTT TCCACCAACA CCTTGCCGCG TTGGCCGTTG
GCGCATCCAT TCCGGTTGCT TGCCCATAAT GGCGAAATTA ATACGATTGA AGGCAACCGC
CGTTGGGCGC AGGCGCGCAG TAAGGTGTGG CGAAGCCCGC GTTTCGATAT CGCCGAGTTC
GATCCGGTGA TTTCGATGAA AGGCTCTGAT TCGCAGAGTC TGGATAACAT GCTTGAGCTG
TTGATCGCTG GTGGCATGGA CCTGTTACAG GCGTTGCGTA TTCTGGTGCC GCCAGCAACT
AGAACGTTGG AATTCAAAGA TGCTGATCTG GCGTCGTTCT ATGAGTTTTA CGGCTTGAAT
ACGGAGCCTT GGGATGGTCC GGCCGGTATC GTTGCTTACG ATGGTCGCTA TGCGGCTTGT
ATGCTTGATC GCAATGGTTT GCGTCCGGCG CGTTGGATGT TGACTGCGGA TCGTCACTTT
CTTGTTGCCT CTGAGGCCGG GGTATGGGAG TTGCCCGTTG AGCGGGTGAT CCGTAAGGGC
AAGCTCGGAC CTGGTGAGAT GATGGCGATT GATTTGAAGC GTGGTGATCT GCTTGATTCC
GATGCGATCG ACCGTATTAA CCGCGCGCGC GCGCCTTACA AGCAGTGGTT GCAGCAGGGC
GTGACTTATC TGCAAACTGA GTTGATTGAT CCATCGTTGG TTGAGGAGCC TTTCTCCGAC
CAGACATTAT GTAGTTATCA AAAGCTATTT CAGCTCAGCA CGGAGGAAGT GGAGCAGGTG
TTGCGTCCAC TTGCGGAAAC CGAGCAAGAA GCCGCTGGCT CAATGGGGGA CGATACCCCG
ATGGCGGTGC TTAGCGCGCA GATCCGGCCG TTGTACGATT ATTTCCGACA AGCGTTTGCG
CAAGTCACGA ATCCGCCGAT TGACCCGCTG CGTGAAAGCA TCGCGATGTC CCTCACGACC
CAGTTGGGCA GGGAGACCAA TATCTTCCAC GCTGGTCCGG AAACGGTAAA TCACGTCATT
CTTGATTCGC CAGTTCTGAG CCAGCGTAAA TTGCGTCAGT TGCTGAAGAT GCCGCAGTAT
CTGGAAAAGA ACCGGCTTAT TGACCTTTCT TACACTGTGG ATGAAGGGTT GCAGGCTGGG
CTGAAGCGAA TGTGCGATGA GGCCGAACAA GCGGCGCGTG ATGGTATCGT CATGTTGCTA
CTGTCTGATC GCTATCCAGT TCCGGAGCGG CCGATGGCGC ATGCGTTACT GGCGACTGGT
GCGGTGCATC ATCACTTGTG CCGGGTGGGC TTGCGTTGCG ATGTCAACTT GATCATTGAG
ACAGGCACGG CCCGCGATCC GCATCATATG GCTTGCTTGT TGGGTTTTGG TGCAACGGCG
GTGTATCCGT ACCTGTCCTA TCAGATGCTG TTTAATTTGG GGCGGCGGGG CATCCTGAAG
TTGCAGAAGG CAGGCGAGCA GTCGCAGATT GGCCGCAGCT ACCGCAAGGG GATCTACAAG
GGATTGTCCA AGATCATCTC CAAGATGGGG ATTTGTACGA TTGCTAGTTA TCGTGGTGCG
CAGTTATTTG AAATCGTTGG TTTGGATCCG GATGTGGTGG CTTTGTGTTT CCCGGACACT
CCGGCGAGGA TCGGCGGTGT GAGCTTGATG CAGTTGCATA CTGAGGCCTG TGAGTTGACT
GCACGTGCTT GGAATGATCG CATCGCACCT GAGGTCGGTG GCTTGCTGAA GTATGTGCAT
GGTGGTGAGT ACCACATGTA CAACCCGGAT GTGGTGATGA CGCTGCAACA TGCGACACGC
ACGGGTGATG CGGCGGACTG GCGCTTTTAT ATGGATGCTG TACACACGCG TCCACCATCG
GCATTGCGTG ATTTGCTGCA ATTGAAGAAG GCGGAGATTC CAACCCCGTT GGATCAAGTT
GCTCCGGCAA CCGATGTTCT GTGCCGTTTC GATACTGCTG CGATCAGTCT TGGTGCGTTG
TCACCGGAAG CGCATGAGGC GCTTGCCGTC GCGATGAATC GCCTGGGTGG GCGTTCCAAT
TCTGGTGAGG GTGGGGAGGA CCCTGCGCGC TATGGCACCG AGAGGCGTTC GAAAATTAAA
CAAGTGGCTT CCGGTCGCTT TGGTGTCACT CCCGAATATT TGATTAATGC GGAAGTGCTG
CAGATCAAGA TTGCCCAGGG TGCCAAGCCG GGTGAGGGAG GGCAGTTGCC TGGCCATAAA
GTCAATGATT TGATTGCGCG GTTGCGTTAC GCCAAACCTG GTATTGGTCT GATCAGCCCG
CCGCCACACC ACGATATCTA CTCCATTGAG GATCTGGCGC AGTTGATTTA TGACCTAAAG
CAGGTCAATC CGCAGGCGTT GGTGTCAGTC AAGTTGGTTT CGCACGTTGG TGTGGGCACG
ATCGCCGCTG GTGTGGTCAA GGCGGGTGCT GATCTGATTA CGGTCTCTGG TCACGATGGT
GGTACCGGTG CCTCGCCAAT CAGTTCGATT CGCTATGCTG GTGTGCCGTG GGAGTTGGGG
GTGGCCGAGG TACATCAAGC GCTGGTTGCT AATGATTTGC GTGAGCGCAC CACGTTGCAG
ACCGATGGTG GTTTGAAGAC TGGTTTGGAT GTGGTCAAGG CGGCGTTGTT GGGTGCCGAC
AGTTTTGGCT TCGGCACTGC GCCGATGATC GTGCTGGGTT GTAAGTACTT GCGTATTTGT
CATCTCAACA ATTGTGCAAC TGGTGTTGCG ACACAAGATG AGCGTTTGCG TGCCAATCAC
TTTACCGGCT TGCCCGAGCG CGTAGAGAAT TTTTTTCGCC TGCTTGCTGA GGAGGTGCGG
CAGTGGTTGT CGTACTTGGG TGCGATGTCG TTGGATGACA TCATTGGACG TACCGATTTG
TTGCAGCAGT TGGAGGTGTC TTCACGCGAG GGGGTCCGTG TGAATCTGTC ACGGCTGTTG
ACGAATGCCT GCTACGAAGG GACTCACTGT GCTGCGCAGC GTCTCTATGA GTCACCGGAT
AGTTTGTCGG TACAGATAGA TAGTTTGTTG GCCGATGCAA TTGCCAATAA AACCGGCGGT
GATTACCGCT TTCTGATTCA CAATACGGAT CGTTCGGTCG GTACGCGCTT ATCTGGTGCG
ATTGCCCGTG TGCATGGCAA CCACGGGATG GAGGATGCGC CGTTGCACTT GCGTTTCCGT
GGTACTGCCG GTCAAAGTTT TGGTGCATTC AATGTGGGTG GCTTGCATCT GGAATTGGAA
GGTGAGGCTA ATGACTACGT TGGTAAGGGG ATGGCCGGTG GCTGTCTGGT GGTACGGCCG
CCGCGTGGTG CACGTTTCGA GGCACGTCAT ACGCCAATTC TCGGTAATAC TTGTTTGTAC
GGTGCGACTG GTGGCGAGCT TTTTGCGGCT GGGCGCGTCG GTGAGCGCTT TGCGGTGCGT
AATTCCGGTG CGTTGGCAGT GATCGAAGGT GCTGGGGATC ACTGTTGCGA GTATATGACT
GATGGTGTTG TCCTGGTGCT TGGCAAAGTC GGCTTGAATT TCGGTGCGGG GTTCACGGGG
GGCTTGGCTT ATGTTCTGGA CATCGAACGT GATTTCGTGG ATCGCTATAA CCATGAGTTG
ATCGATATCC ATCGTGTCTC TGTTGAGGGC TTTGAAAATT ATCGCCAGCA TTTGCGTCAT
CTTGTTGTCC GTCATCGTGC GCTGACGGGT AGCATTTGGG CACAACAGAT TCTTGATGAA
TTCCGGGATT ACATCGGGAG GTTCTGGCTT GTGAAACCGA AGGCGGCGAG TATCGAATCG
TTAGCCGAGT CGCTACGCAG TGCCGCTTAA
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| Protein sequence | MVSSTRQRIE ESMLYDASDE RDACGFGMVA QLDDQPSRAL LEIAIAALSR MTHRGGVAAD
GLTGDGCGLL IRKPDAFLRA LAGEAGIALG PRYAVGMVFL PGERAAAAHC RQVLEAELQR
VGVRLCGWRE VLINRSVCGQ LARDTLPHIE QVFVDIDPKH SEDAFGVALF LARRRAERQL
CDYHDFYVAT LSPYAISYKG MVLPDKLPVF YPDLQRSELS SSVIVFHQRF STNTLPRWPL
AHPFRLLAHN GEINTIEGNR RWAQARSKVW RSPRFDIAEF DPVISMKGSD SQSLDNMLEL
LIAGGMDLLQ ALRILVPPAT RTLEFKDADL ASFYEFYGLN TEPWDGPAGI VAYDGRYAAC
MLDRNGLRPA RWMLTADRHF LVASEAGVWE LPVERVIRKG KLGPGEMMAI DLKRGDLLDS
DAIDRINRAR APYKQWLQQG VTYLQTELID PSLVEEPFSD QTLCSYQKLF QLSTEEVEQV
LRPLAETEQE AAGSMGDDTP MAVLSAQIRP LYDYFRQAFA QVTNPPIDPL RESIAMSLTT
QLGRETNIFH AGPETVNHVI LDSPVLSQRK LRQLLKMPQY LEKNRLIDLS YTVDEGLQAG
LKRMCDEAEQ AARDGIVMLL LSDRYPVPER PMAHALLATG AVHHHLCRVG LRCDVNLIIE
TGTARDPHHM ACLLGFGATA VYPYLSYQML FNLGRRGILK LQKAGEQSQI GRSYRKGIYK
GLSKIISKMG ICTIASYRGA QLFEIVGLDP DVVALCFPDT PARIGGVSLM QLHTEACELT
ARAWNDRIAP EVGGLLKYVH GGEYHMYNPD VVMTLQHATR TGDAADWRFY MDAVHTRPPS
ALRDLLQLKK AEIPTPLDQV APATDVLCRF DTAAISLGAL SPEAHEALAV AMNRLGGRSN
SGEGGEDPAR YGTERRSKIK QVASGRFGVT PEYLINAEVL QIKIAQGAKP GEGGQLPGHK
VNDLIARLRY AKPGIGLISP PPHHDIYSIE DLAQLIYDLK QVNPQALVSV KLVSHVGVGT
IAAGVVKAGA DLITVSGHDG GTGASPISSI RYAGVPWELG VAEVHQALVA NDLRERTTLQ
TDGGLKTGLD VVKAALLGAD SFGFGTAPMI VLGCKYLRIC HLNNCATGVA TQDERLRANH
FTGLPERVEN FFRLLAEEVR QWLSYLGAMS LDDIIGRTDL LQQLEVSSRE GVRVNLSRLL
TNACYEGTHC AAQRLYESPD SLSVQIDSLL ADAIANKTGG DYRFLIHNTD RSVGTRLSGA
IARVHGNHGM EDAPLHLRFR GTAGQSFGAF NVGGLHLELE GEANDYVGKG MAGGCLVVRP
PRGARFEARH TPILGNTCLY GATGGELFAA GRVGERFAVR NSGALAVIEG AGDHCCEYMT
DGVVLVLGKV GLNFGAGFTG GLAYVLDIER DFVDRYNHEL IDIHRVSVEG FENYRQHLRH
LVVRHRALTG SIWAQQILDE FRDYIGRFWL VKPKAASIES LAESLRSAA
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