Salipaludibacillus sp. LMS25: MM221_15925
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Entry
MM221_15925 CDS
T08296
Name
(GenBank) glutamate synthase-related protein
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
slms
Salipaludibacillus sp. LMS25
Pathway
slms00250
Alanine, aspartate and glutamate metabolism
slms00910
Nitrogen metabolism
slms01100
Metabolic pathways
slms01110
Biosynthesis of secondary metabolites
slms01120
Microbial metabolism in diverse environments
slms01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
slms00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
MM221_15925
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
MM221_15925
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
slms01002
]
MM221_15925
Enzymes [BR:
slms01000
]
1. Oxidoreductases
1.4 Acting on the CH-NH2 group of donors
1.4.1 With NAD+ or NADP+ as acceptor
1.4.1.13 glutamate synthase (NADPH)
MM221_15925
Peptidases and inhibitors [BR:
slms01002
]
Cysteine peptidases
Family C44
MM221_15925
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glu_synthase
Glu_syn_central
GATase_2
GXGXG
GATase_6
FMN_dh
DHO_dh
IMPDH
His_biosynth
Motif
Other DBs
NCBI-ProteinID:
UTR14077
LinkDB
All DBs
Position
complement(3419086..3423585)
Genome browser
AA seq
1499 aa
AA seq
DB search
MNVSNEIQRFRGALQNEHDSCGIVSFIEKENIPTKKNIDDTIKALLTMNHRAGFINEEGD
GVGIHIDIPRALWKEKLNKAHLNAAIVDSPSFVVGHLFIEKTHETSKFQQEMKDLFEKNG
FRLFFESTNETNSAALGPIAQKVEPVFWQIALEYLDSKQSLTTLRSKLFDLTLACEKNPA
VHVASLSHESAVYKVMGAGDILPKYYPDLANPLVASSMTLGHNRYSTNTLSNFFRVQPFS
VIGHNGEINTIAKLRDEANMIGVPLVDGGSDSQDLNRVIDTFTSRHHLSLFETMEILFPP
IVNEIKHFPAYLKDLYTYIREAWGHYAQGPAGIISRLGDEAVFSVDSLGLRPVWMLETDT
SYIFSSEQGIFTTSHYVSEPKPFAPGEKVGLKRNSKGTINILWHDELQEEVYYRLASTLR
VKEAGDRLTASWDENPNTVLFQPNVTPSVYSANGWDREHIQLIEQMADKGVEPIRSLGHD
APLAAMHPGRKNVADFIKESVAVVTNPAIDRDREMEHFSTRVVIGKRPELFQADDLTTIV
HLNSPVISEGLAGKGLQAELSHPSYEGLLEHFNTNHEVAKLTLGRFKDETVEEALTRLTN
DAVSAINDDKTLLVFDDQGVHDNELFWLDPHLAISAVDQGLTHQELRRQCSLVLRSGSIR
SLHDIAVVFGLGADLINPYVMFASVVDDNAEPAIKLYSALNKGLEKIISTIGIHELRGYG
RLFSSIGLNEDIAKVLNIVNYLGNKDVSYGFLEMKKDSEARFEDYHDEKAKPGKTFHIFP
RIWKSLGDLASGKITYKEYGEKVSEQEIKNPTTIRHFTDLKASQSDIESNSVDVSVGQHD
LPFMISSMSFGSQNEVAFRAYAEAADRLNMISFNGEGGEIKDMLGKYPNTRGQQIASGRF
GVNVELLNSTNLLEIKIGQGAKPGEGGHLPGSKVTDKVAAARNATTGSDLISPSNNHDIY
SIEDLSQMIAELKTANDQAKVTVKVPIVPNIGTIAVGIAKAGADYITLSGFDGGTGAARV
HALQHVGLPAEIGVKAAHFALLEAGLRHKVEIWADGGVKSAQDAIKLMLLGANRIGFGTL
AMIAVGCTACRGCHLDTCHVGIATQIETVDQAKDHGLRRFVPREYDLAVNGLMNLFSEFG
KELQALTAALGFTSTQDLVGRSDLLEQTRGHEHLELADLLATLPEQDVAPFEPVNILEEV
HEQPLAVAAGSEFEYLDANVSELTTSRDFEAVTAEQRILGSRVSCHRVRGKLDGSYRTLP
EIDLRYTKGSILGNGLGAYNSDGVNIHISGGAQDGVGKTSFGGSFKVFKTKGLNGQLING
SVGKGVGYGAQKGTFIIQGDADSRAGIRLSGADMIFGGRLKTPLKANKHYNTGIHANIKG
FAFEYMTNGRGLVMGDPGPWMAAGMTGGVVYLRHDPQMGLDEKMLNSRIAKGAKVTIEPL
SDKGVQDVVELLTIYRDELRQLGQTEETAYVEQLLADPESHFRQVTPVKQQADPAVSTE
NT seq
4500 nt
NT seq
+upstream
nt +downstream
nt
atgaatgtttctaatgaaatccaacgtttccgcggggcgctacaaaacgaacacgacagt
tgtggcattgtctctttcatagaaaaagagaatatccctacaaagaagaatattgatgat
acgataaaagcgctgttaacaatgaatcatcgcgcaggttttattaatgaagaaggcgat
ggggttggtatccatattgatatcccacgtgctctttggaaggaaaagcttaataaagca
catttaaatgctgcaatcgtcgattctccttcatttgttgttggtcatttatttattgag
aaaacgcatgaaacaagtaaatttcaacaagaaatgaaagatcttttcgaaaaaaatggg
tttcgcctcttttttgaaagtacaaatgagacaaactcagctgccctcggtcctatcgct
caaaaagtcgagcctgtattttggcaaattgcccttgaatacttagacagcaagcaatcg
ctcacgacactccgttcaaaattatttgaccttacattagcatgtgaaaaaaatccggct
gttcacgttgcgtcgttaagtcacgaaagtgcggtttacaaagtgatgggcgcaggcgac
attttacctaaatactatcctgaccttgctaatccacttgttgcatcatccatgaccctc
ggccacaaccgttattcaacaaacacgttatctaatttttttcgcgtacagccatttagt
gtaatcggtcataacggcgaaattaatacgattgccaagcttcgcgatgaagcaaatatg
atcggtgtgccattagtggacggaggcagtgattcacaagatttaaatcgggtgattgat
acgtttacgtcacgtcatcatttatcactttttgaaacgatggagattttgttccctcct
atcgtaaatgaaattaagcatttcccagcttatttaaaagacttatatacgtatattcgt
gaagcttgggggcactatgcccaaggaccagcagggatcatctctcgattaggagacgaa
gccgtttttagtgtggattcccttggattacgtcccgtctggatgcttgaaacggatact
agctatattttctcctctgagcaagggatttttacgacaagtcattacgtttcagaacct
aaaccttttgctcctggtgaaaaagtaggattgaagcggaacagtaaaggaacaattaat
attttatggcatgatgagctacaggaagaagtttattatcggctagcatcaacgttacga
gtaaaagaagctggtgatcgcttaacagctagctgggatgaaaatccgaatacagttctg
tttcaaccaaatgttacgccgagcgtatattctgcaaatggatgggatcgtgaacacatt
cagctcattgagcaaatggctgataaaggtgtcgagccaatccgttcccttggccacgat
gcaccacttgcagccatgcatccgggacggaaaaatgtggctgatttcattaaagagagc
gtagcagtagtcacaaaccccgctattgaccgtgacagagaaatggaacatttctcaaca
cgggttgtgatcggtaagcgccctgaactgtttcaggcagatgacttaacgacaatcgtc
catctaaactcaccggttatttctgaaggattagcaggaaaaggcttacaagcagaattg
agccatccatcatatgaagggcttttggaacatttcaatacgaatcatgaagtagcgaaa
ttaacacttggacgattcaaagatgaaacggtagaagaagcactaactcgcttaacaaat
gatgcagtaagtgctattaacgacgataaaaccttgctagtctttgatgaccaaggtgtg
catgataacgagcttttctggcttgatcctcatctcgctatttcagccgtagatcaagga
ttaacccatcaggagttgcgtcgtcaatgttcccttgttctccgttctggcagtataaga
tcccttcatgatattgctgttgtctttggactaggtgccgatcttattaatccttacgtt
atgtttgccagcgttgtggacgacaatgccgagccagccattaaattgtacagcgcctta
aataaaggattagaaaaaataatatcgaccataggtattcatgaattaagaggctatggg
cgcctcttctcctcaattggattaaatgaggatattgctaaagtgcttaatattgttaac
tatcttggtaataaagacgtaagctatggcttccttgaaatgaaaaaggatagtgaagcg
agatttgaagattatcatgatgaaaaagcaaagcccggaaagacattccatatatttccc
agaatttggaaatctcttggcgaccttgcctcagggaaaatcacttataaggaatacggg
gaaaaagtatcggaacaagaaatcaaaaacccgactaccattagacacttcacagattta
aaagcaagtcagtcagacattgaatctaatagtgtcgatgtgagtgttggccaacatgac
cttccatttatgattagttctatgtcatttggttcgcagaatgaagtggcttttcgtgcc
tatgcggaagcggcagacagattaaatatgatcagctttaacggtgagggtggagaaatt
aaagatatgctcggcaaatatccgaatacacggggacaacaaatcgcttctggacgtttc
ggagtcaatgtggagctgttaaattcaaccaatttacttgagattaaaattggtcaaggg
gcgaagccaggtgaaggtggtcatctaccaggctctaaagtaacagataaagtagcagct
gctagaaatgccacaacaggttcagaccttatttcaccgtcaaataatcacgatatctac
tctattgaagatttatctcaaatgattgctgagcttaaaacagctaacgaccaagcgaaa
gtcactgtgaaagttcctatcgtgcctaatataggaacgatcgcagtcggcatagcaaag
gccggtgccgattacattacgctaagtggttttgacggtggtactggcgccgcaagagtt
catgcactacagcatgtaggtctcccagctgaaatcggtgttaaagccgcgcattttgcc
ctcttagaagcaggactgcgtcataaagttgaaatctgggcagatggcggtgtgaaaagt
gcccaagatgctattaaattaatgcttttaggtgctaacagaatcggatttggtacgctg
gctatgattgctgtcggctgtacagcatgtcgcggatgtcatttagatacgtgtcatgtg
ggtattgctacccaaatagaaacagtagatcaagcaaaagatcatggccttcgtcgcttt
gtaccacgggaatatgatcttgctgttaacggactcatgaatctattctctgagttcggt
aaagagttacaagcattaacggctgcactcggttttactagtacccaggacctcgttgga
cgatccgatttacttgagcaaactcgaggtcatgaacatttagagttagccgatctatta
gcaacactacctgagcaggacgtagcaccttttgaacctgttaacatattagaagaagta
cacgagcagccattagctgtagcagcagggtctgaatttgaataccttgatgccaacgtt
tctgaactgacgacttctcgagactttgaagctgtaacggctgaacaacgtattctcggt
agccgtgtttcatgccaccgagtacgtggtaaacttgacggttcgtaccgtacgttacct
gagatagatttacgctacacgaaagggtccattttaggtaatgggcttggtgcctataat
agtgacggggttaatattcacatctcaggaggggctcaggacggtgtcggtaaaacgtca
ttcggaggatcgttcaaagtgtttaaaacaaaaggacttaacggccagcttattaacggc
tctgtcggtaaaggtgtaggctacggggcacaaaaaggcacatttattattcaaggagat
gctgattcacgtgcgggaataaggctatccggggctgatatgattttcggtggccgtttg
aaaacgccgttaaaagcgaataagcattataatacaggcattcatgctaacattaaaggc
tttgcattcgaatatatgacgaatggccgaggattagtgatgggggacccaggcccttgg
atggcagctggtatgaccggtggggttgtttatcttcgacatgatccccagatgggactt
gacgaaaaaatgctgaacagccgtattgccaaaggagcaaaagtaacgattgaacctctt
tctgataaaggtgttcaagatgtcgttgagttattaaccatctatcgcgacgaattgcga
caattagggcagacagaagaaacagcttatgtggaacaactgcttgccgatcctgagtct
cactttagacaagtaacacctgtcaaacaacaagcagacccagcggtatcaactgaatag
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