KEGG M.leprae: ML0061

Mycobacterium leprae TN: ML0061

Entry

ML0061 CDS M.leprae

Gene name gltB

Definition putative ferredoxin-dependent glutamate synthase (EC:1.4.1.13)

Orthology K00265 glutamate synthase (NADPH/NADH) large chain [EC:1.4.1.13
1.4.1.14]

Pathway mle00250 Alanine, aspartate and glutamate metabolism
mle00910 Nitrogen metabolism
mle01100 Metabolic pathways

Class Metabolism; Energy Metabolism; Nitrogen metabolism [PATH:mle00910]
Metabolism; Amino Acid Metabolism; Alanine, aspartate and glutamate
metabolism [PATH:mle00250]

SSDB

Motif Pfam: Glu_synthase GATase_2 Glu_syn_central GXGXG
PROSITE: GATASE_TYPE_2

Other DBs NCBI-GI: 15826907
NCBI-GeneID: 908217
Sanger: ML0061
Pasteur: ML0061
UniProt: Q9CDD5

Position 77709..82292

AA seq 1527 aa
MTAKRVGLYNPAFEHDSCGVAMVVDMYGRRTRDIVDKAITALLNLEHRGAQGAEPRSGDG
AGILIQVPDAFLRAVVDFELPAASSYATGIAFLPQSSKDAAAACAAVEKIAVAEGLHVLG
WRNVPTDASSLGALSRDAMPTFRQVFMAGATGLTLERRAYVIRKRAEHELGTKGPGQDGP
GRETIYFPSLSSQTFVYKGMLTTPQLKAFYRDLQDERLTSALGIVHSRFSTNTFPSWPLA
HPFRRIAHNGEINTVTGNENWMRAREALMKTDIFGSKADMEKLFPICTPGASDTARFDEA
LELLHLGGRSLVHAVLMMIPEAWERHESMDPARRAFYQYHASLMEPWDGPASMTFTDGVV
VGAVLDRNGLRPSRIWITDAGLVVMASEAGVLDLDPSIVVRRMRLQPGRMFLVDTAQGRI
VSDEEIKAKLAAEHPYQEWLDKGLVPIDELPAGKYVRMPHHRLVMRQLAFGYTYEELNLL
VAPMVRAGSEPIGSMGADTPIAVLSRRPRMLYDYFHQLFAQVTNPPLDAIREEVVTSLQG
TTGGEYDLLSPDENSCHQIWLPQPILRNYELAKLVNLDPADEVNGRPHGMRSTVVSCLYP
VADAGAGLAAALTEVRAQASAAIVGGARVIILSDRNSDEQMAPIPSLLSVAAVHHHLVRD
RTRTHVGLVVESGDAREVHHMAALIGFGAAAVNPYLVFESIEEMLDRGVIDGIDRKTALN
NYIKATGQGVLKIMSKMGISTLASYVGAQLFQAVGISEDVLDEYFSGLSCPTGGITLDDI
AAEVAVRHRVAYLDRPDERAHRELEVGGEYQWRREGEYHLFNPETVFKLQHATRSGQYKI
FKEYTRLVDDQSERMASLRGLLKFRSGVRTPVPLDEVEPASEIVKRFSTGAMSYGSISAE
AHETLAIAMNRLGGRSNSGEGGEDVNRFEPDPNGDWRRSAIKQVASARFGVTSHYLTNCT
DIQIKMAQGAKPGEGGQLPGRKVYPWIAQVRNSTPGVGLISPPPHHDIYSIEDLAQLIHD
LKNANPSARVHVKLVSENGVGTVAAGVSKAHADVVLVSGHDGGTGATPLTSMKHSGAPWE
LGLAETQQTLLLNGLRDRIVVQVDGQLKTGRDVMIAALLGAEEFGFATAPLVVAGCIMMR
VCHLDTCPVGVATQNPLLRKRFNGKPEFVENFFMFIAEEVREYMAQLGFRTFNEAVGQVG
ALDTTPVREHWKAHSIDLTPVLHEPESAFMNQDLYCSSRQDHGLDKVLDQQLIAVSRDAL
DFGKPVRFSTTIGNVNRTVGTMLGHELTKAYGAQGLPDGTIDITFEGSAGNSFGAFVPKG
ITLRVYGDANDYVGKGLSGGRIVVRPSDSVPLNYVAEDNIIGGNVILFGATSGEVYLRGV
VGERFAVRNSGAHAVVEGVGDHGCEYMTGGKVVILGRTGRNFAAGMSGGEAYVYDSDGEL
PANLNFEMVELEPLDFDDAAWLYATIQAHVDATDSAVGQRILAGWSEQQRYFVKVMPKDY
KRVLQAIALAERNGVDVNKVIMEPAHG

NT seq 4584 nt +upstreamnt +downstreamnt
atgacggccaagcgcgtcgggctgtataaccccgcgttcgagcacgattcgtgtggagta
gccatggttgtcgacatgtacggtcggcgtacccgcgacattgtggacaaggcgatcacc
gcgctgcttaacctcgagcatcgtggtgcgcagggtgcggagccgcgcagtggtgacggc
gcaggcatccttattcaggtcccagatgcattcttgcgggcagtcgtggattttgagctc
cccgccgcaagtagctacgctaccggcattgcgtttttgccgcagtcgtccaaagatgcc
gcggctgcctgcgccgcggtggagaaaatcgcggtggccgaggggctgcatgtactgggt
tggagaaacgtgcccaccgacgcttcgtcgttaggtgcgttatcccgtgatgcgatgccc
accttccggcaggtgttcatggcgggagccactggtctgacgttagaacgccgcgcctac
gtgatccgtaaacgtgccgagcatgaactcggcaccaaaggccccggtcaggacggtccg
gggcgcgaaaccatctacttcccaagtctgtcgagccagacgttcgtctacaagggcatg
ctcaccaccccgcaactcaaggcattctaccgggacttgcaagatgaacggctgactagc
gcgttaggcatcgtgcattcccggttctccaccaataccttcccgtcctggccgctcgcg
catcctttccggcgcattgctcacaacggcgagatcaataccgtcactggcaacgagaac
tggatgcgggcccgtgaggcgttgatgaagactgacatctttgggtcgaaagctgacatg
gagaagctgttcccgatctgcaccccgggtgcctccgacaccgcgcgctttgacgaggca
ctggaactgctgcacctgggcggccgcagcctggtccacgcggtgctgatgatgattcct
gaagcctgggaacgccacgaatcgatggatcctgcgcgccgagctttttaccagtaccac
gcctctttgatggagccgtgggacggtccggcgtcgatgacattcaccgacggtgttgtg
gtgggtgctgtgctcgaccgcaatggcttgcgcccgtcgcgtatctggatcaccgacgcc
ggattggtggtgatggcttccgaggccggcgtgttggatctcgacccgtcgattgtggtc
cgccggatgcgactgcaaccgggccggatgttcctagtggacaccgcacaggggcgcatc
gtctctgacgaagagatcaaagcgaaactagcggctgagcacccttaccaggagtggctt
gacaaaggtctggttccaattgatgagttgccggcgggcaagtacgtgcggatgccgcat
catcgacttgtcatgcggcagttggccttcggctacacttacgaggaactcaatctgctg
gtagcacccatggtccgtgccggctctgaaccgattgggtcgatgggcgccgataccccg
attgcggtgctgtcccggcggcccaggatgctttacgattacttccaccagctattcgct
caggtgaccaacccgccgctggacgccattcgcgaggaagtggtgactagcttgcagggc
accaccgggggtgagtacgacttgctcagcccagacgagaattcctgtcaccagatttgg
ttgccacagccgattctgcgcaattacgagctggccaagctggtcaacctcgaccctgcc
gacgaggtcaatggacgcccgcatggcatgcggtctacagtggttagctgtctgtatcca
gttgccgacgccggcgccgggttggctgctgcgctgactgaggtgcgcgcgcaggcatcg
gcggctatcgtcggcggcgcgcgagtaatcatcttgtccgaccgcaattccgacgaacag
atggctccgattccgtcgttgctttccgttgcggcggtacaccaccatttggtgcgtgac
cgcacccgcacccatgtgggtcttgtggtggaatccggtgacgcccgagaggtccaccac
atggcagcgttgatcggtttcggtgcggcggcggtcaacccctacctggtgttcgagtcg
atcgaggaaatgctcgacagaggtgtcatcgatgggatagaccgcaagacagcattgaat
aactatatcaaggctactggccaaggtgtacttaaaataatgtccaagatgggcatttcg
acactagcctcttacgtcggtgcgcaactgttccaggcagtcggcatctctgaagacgtg
ctggatgaatacttcagcgggttgagttgcccaacaggaggaatcaccctcgacgacatt
gctgctgaagtcgcagtccgccatcgggtggcttacttagaccgaccggatgaacgtgcc
catcgcgaactcgaagtcggcggggaataccagtggcgcagggaaggcgaataccatctg
ttcaacccggagactgtctttaagttgcagcacgctacgcgtagcggacagtacaagatc
ttcaaggagtacactcgcctcgtcgatgaccagagtgagcggatggcttcgttgcgtgga
ttactcaaattccgttcaggtgtgcgtaccccggttcctctggatgaagtcgagcccgcg
agtgaaatcgttaagcgcttttcgacgggagcgatgagctacggctcgatttccgctgag
gcgcacgagacccttgccattgcgatgaaccgcctgggtggtcgatcaaacagtggtgaa
ggtggcgaggacgtcaaccgctttgagcccgatcccaatggggattggcgacgcagtgct
atcaagcaggtcgcttctgcgcggttcggggttacctcgcactacttaacgaactgtact
gacatccagatcaagatggcacagggtgcgaaacccggtgaagggggccaacttccgggg
cggaaagtgtacccatggattgctcaggtacggaactccacccccggtgttggcttgatc
tcccccccaccgcaccatgacatttactctattgaagatctggcgcagctgatccacgat
ctgaaaaatgcgaacccatcggcgagggtgcatgtcaagcttgtctcggaaaacggggta
ggcacggtggctgcgggggtatccaaggcacatgccgacgtggtcctggtctcggggcac
gacggtggtaccggcgcgaccccgctgacatcgatgaagcactcgggtgcgccatgggag
ctggggctggccgagacccagcagacattattgctcaacggattacgcgaccgaatcgtg
gtccaggtagacggtcaactcaagacgggtcgtgatgtgatgatcgctgcgttgctaggc
gctgaggaattcggcttcgccacggccccactggtagtcgctggctgtatcatgatgcga
gtatgtcatctagacacctgcccggttggcgtcgcaactcagaatcctttgctacgcaag
cggttcaatggcaagcctgaattcgtcgagaatttcttcatgtttatagctgaagaagtt
cgggaatatatggcacagttgggttttcgaacgtttaatgaggcggtaggccaggtgggt
gcgctggacacgactccggttcgggagcattggaaggcgcatagtatcgatctgacaccc
gtgttacacgagccggagtcagcattcatgaaccaggatttgtactgcagttcgcgccag
gatcatggtctggacaaagtgctcgatcagcagttaatagctgtcagcagggatgcgctg
gatttcggtaagccggttaggttctccactaccatcggtaacgtcaatcgcacggtaggc
accatgctcggccatgagctaacgaaagcctatggtgcccaaggacttccggatggaacc
atagatatcacgttcgaaggatccgcgggcaacagctttggcgcctttgtacccaagggg
atcacgctgcgtgtctatggagatgccaacgactatgttggcaagggcctgtctggtggt
agaattgtggtgcggccgtccgatagtgtgccgctgaactacgttgccgaggataacatt
attggcggcaacgtgattctgttcggcgccaccagcggggaggtttatttgcgcggggtt
gtaggcgagcggttcgcggttcgcaactccggggcccatgcggtagtcgagggcgttggt
gatcatggttgcgagtacatgactggcggtaaggtggtcatccttggccgcaccggccgt
aactttgcggctggcatgtccggcggtgaggcttatgtttacgattccgacggcgaactt
ccggccaacctgaacttcgaaatggttgaactcgagccccttgacttcgatgacgcagcc
tggctgtatgctacgatacaggcgcatgtcgacgctactgattccgctgttggccagcgg
atactggctggctggtccgagcagcaacgatacttcgtcaaggtgatgccgaaggactac
aagcgggtgttgcaggctatcgcgttagctgaacgcaacggtgtggatgtcaacaaggtg
ataatggagccggcacatggctga

All links

Pathway (3)   
   KEGG PATHWAY (3)   
Chemical reaction (2)   
   KEGG ENZYME (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (2)   
   PASTEUR-MLE (1)   
   SANGER-MLE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (4)   
   GenBank (2)   
   EMBL (2)   
Protein domain (5)   
   Pfam (4)   
   PROSITE (1)   
All databases (23)

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