Desulfitobacterium hafniense DCB-2: Dhaf_0946
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Entry
Dhaf_0946 CDS
T00822
Name
(GenBank) Glutamate synthase (ferredoxin)
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
dhd
Desulfitobacterium hafniense DCB-2
Pathway
dhd00250
Alanine, aspartate and glutamate metabolism
dhd00910
Nitrogen metabolism
dhd01100
Metabolic pathways
dhd01110
Biosynthesis of secondary metabolites
dhd01120
Microbial metabolism in diverse environments
dhd01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
dhd00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
Dhaf_0946
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
Dhaf_0946
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
dhd01002
]
Dhaf_0946
Enzymes [BR:
dhd01000
]
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)
Dhaf_0946
Peptidases and inhibitors [BR:
dhd01002
]
Cysteine peptidases
Family C44
Dhaf_0946
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
NBD_C
Motif
Other DBs
NCBI-ProteinID:
ACL19009
UniProt:
B8FYC2
LinkDB
All DBs
Position
1037520..1042139
Genome browser
AA seq
1539 aa
AA seq
DB search
MQNYGLPQKQGLYDPALEHDACGMGFVVSIKGEKSHEIIDEALTVLENLNHRGASGADEN
TGDGAGILVQIPHDFFQRECEVLGFALPEKGNYGVGMIFAHRYADFRQIQMETFERIVIE
EGQRILGWREVPIDKSTIGESAKTVMPRFIQVFIEKNPEILDVMDFERKLYTIRKRAEKI
ILPMCEDKGGTFYVASLSAKTIVYKGMLTAEQLRHFYLDLSDLDFVSALAMVHSRFSTNT
FPSWERAHPNRYIVHNGEINTIRGNVNWMRARQKCIDSSLFEDIAKVYPIVDEFGSDSAM
FDNSLEFLHLTGRSLPHAVMMMIPEPWENNDFMPKAKRDFYAYNSFLMEPWDGPAAMGFT
DGVVIGGVLDRNGLRPSRYYVTKDDKVILASEVGVIDIKPENVQYKGRLEPGKMLLIDTE
AQRIIADEEIKAGVARKNPYGEWIEKHIVKLSSLPEAARMDQGAGSVGIVEESEESKDQG
QLIQQQKAFGYTFEDITKTIQPMAVEGVDPVGAMGMDSPLAVLSEKPQMLYLYFKQLFAQ
VTNPPIDGIREEIVTSCTMLLGNSGNLLDPDQENTASLFLEHPILTNEQLNRIKHLQHGQ
FKTVTLSMLYPVAGGPKAMERALERLCREADKAIAEGANIIILSDRGVDKEQAAIPALLA
SSGLHHHLIRKEIRTNLGIVLESAEPREVHHFCTLVGYGVTAINPYLAYETIEDLAAKGL
LDGLTAQAGIKNFIKASVKGMLKVLTKMGISTMHSYHGAQIFEAVGLRKDLIDKYFTMTP
SRLEGIGLEEIALENQMRHESAYDENSLYADSLEVGGYFQCKEDGEKHLYNPETIYLIQK
ACREGNYALFKEYTKKINEEEVYTLRHLLDFKYNAGDTIPIEEVESVDSIVKRFKTGAMS
YGSISKEAHEALAVAMNRLGGKSNTGEGGEDCERFKVLTNGDTKNSAIKQVASGRFGVTS
NYLVNAQEIQIKMAQGAKPGEGGQLPGRKVYPWVAKTRHSTPGVDLISPPPHHDIYSIED
LAELIHDLKNANRGARINVKLVSEVGVGTIAAGVAKGKADVILISGYDGGTGASPRTSIR
NAGLPWELGLAETHQTLVLNKLRDRVVVETDGKLLSGRDVVIAAMLGAEEFGFATTPLIA
LGCVMMRVCNLNTCPVGIATQDEELRKNFTGKPEHVENFMRFIAQEMREIMAKLGFRTIN
EMVGRTDRLKSKETIKNWKASQLDLSQILYQPYAGSDVSRYNTQAQKHLLEKSLDMKKLL
RVCQPALENQKPIRAKLKINNVDRVVGTIIGSEISKRYGEQGLPEDTIKLAFVGSAGQSF
GAFVPKGLTLELEGDSNDYLGKGLSGGKIAVYPPRTADFVPEENILIGNVAFYGATSGEA
YINGIAGERFCVRNSGVHAVVEGVGDHGCEYMTGGKVVILGKTGRNFAAGMSGGVAYILD
FDENYCNKSMVLLENIQSEAELDEVKEMIRKHVEYTHSPQGGKVLADWESYATRFTKVIP
KDYKRMLANIDKACQDGYSGDEALMAAFAEHFKTSEAAK
NT seq
4620 nt
NT seq
+upstream
nt +downstream
nt
atgcaaaattacggtttgcctcaaaaacaagggctttacgacccggctttagaacacgat
gcctgcggaatgggattcgtggtcagcatcaaaggtgaaaagtcccatgagataatcgat
gaagctttaaccgtattggagaatttaaatcacagaggagccagtggcgctgatgagaac
acaggcgacggcgccgggatcctggtccagatcccccatgatttctttcagcgggaatgt
gaagtgctgggatttgccttgccggaaaaggggaattacggggtagggatgatctttgct
catcgctatgctgacttcaggcaaatccaaatggagactttcgaaaggatcgtcattgag
gaaggtcaaaggatcctgggctggagagaggtccctatcgataaaagcacgattggagaa
agcgctaaaacagtgatgccccgctttattcaagtgtttatagagaaaaaccctgagatt
cttgacgtgatggatttcgaaagaaagctctataccatccgcaagcgtgccgagaagatc
attttgccgatgtgtgaggataagggcggtaccttctatgtggccagcctgtccgccaag
accatcgtttataaagggatgctgacggcggagcagctgcgtcatttttatctggatcta
tccgacctggatttcgtctcggctctggctatggtccactcccgcttcagcaccaacact
ttccccagctgggaaagagctcacccgaaccgctatattgttcataatggggagattaat
accatccgggggaatgtgaactggatgagagcccgtcagaaatgtatcgattcttcctta
tttgaggatatagccaaagtctatcccattgtggatgagttcggcagtgattcggccatg
tttgacaacagcctggagttcctgcacctgaccggaagatctcttccccatgcggtgatg
atgatgattccggagccttgggaaaacaacgacttcatgcctaaggcgaaaagggatttc
tatgcttacaacagttttttgatggaaccctgggacggccccgccgctatgggctttacg
gatggggtggtgatcggcggggtactggaccgcaatgggctgcgcccatcccgctattat
gtcaccaaggatgataaggtcattctggcatccgaggtgggagttatcgatatcaagccg
gagaatgttcaatacaaaggccgtctggagcctggaaaaatgctgcttattgatacggag
gcccagaggatcattgccgacgaggagatcaaagccggcgtagcccggaaaaacccctat
ggtgagtggattgagaagcacatcgtgaagctcagcagtttacctgaggcagcccggatg
gatcagggagctgggtcagttgggatagttgaggaatcggaagaaagcaaagatcagggg
cagctgattcagcagcaaaaagcctttggctatacctttgaagacattacaaaaactatc
caaccgatggcggtagaaggagtagatcctgtgggagccatgggcatggattctccgtta
gcggtcttgtcggaaaaaccgcagatgctctatttatatttcaaacagctttttgctcag
gtaaccaatcctcctatcgatggcatccgggaagaaatcgtcacgtcctgcacgatgctt
ctgggtaattccgggaacctgctggaccccgatcaggagaatacggcatcccttttcctg
gagcatcccattctgaccaatgaacagcttaacaggattaagcatttgcagcatgggcag
tttaaaaccgtgaccttatccatgctttatcccgtggcggggggcccgaaggctatggag
cgggccttggagcggctctgcagagaagcggataaggcaattgcagagggggccaatatt
atcattctctccgaccggggagtggataaggaacaggcagccattccggccctcctggct
tcttcaggccttcaccaccatctgattcgcaaagaaatccgtacgaacctgggtattgtg
ctggaatctgcggaaccccgggaagttcatcacttttgtactttagtgggttatggtgtc
accgccatcaatccttatctggcttatgagaccatcgaagatctggcggctaagggcctc
cttgacggactgaccgcccaggcagggatcaaaaatttcattaaagcttcggtgaaagga
atgcttaaagttctcaccaaaatggggatctccaccatgcacagctaccatggcgcccag
atttttgaagcggtggggctgcggaaggatctgatcgacaagtatttcaccatgactcct
tcccgtctggaagggatcggtctggaagagattgccctggagaaccaaatgcgccatgaa
agcgcctacgatgaaaactctctctatgcagacagtctggaggtaggcggttacttccaa
tgtaaagaagatggggaaaagcatctctataatccggaaaccatctatttgattcaaaag
gcctgccgggaaggcaattatgctctctttaaagagtacaccaaaaagatcaatgaagaa
gaagtctataccttgagacatcttttggacttcaaatataatgccggggacaccatcccc
atcgaagaagtggaatccgtggattccatcgtcaaacgctttaaaaccggggctatgtcc
tatggctccatcagcaaggaagctcacgaagctttggctgttgccatgaaccggctgggg
ggcaagagcaataccggtgaaggcggggaagactgcgagcgctttaaggttcttaccaat
ggcgataccaagaacagcgccatcaagcaggtggcttccggacgcttcggtgtcaccagc
aattatctggtcaatgcccaggagattcagatcaagatggctcagggagccaagcccggc
gaagggggacagctgccgggacgcaaggtctatccctgggtggccaagacccgtcactcc
acaccgggtgtggacctgatttctccccctcctcatcatgatatttactccatcgaagat
ttggcggagctgatccacgacctgaagaatgccaaccggggggcccgcatcaacgtcaaa
ttggtttctgaagtgggagtcggcaccattgccgccggagtagcaaaaggaaaagccgat
gtgattctgatcagcggttatgacggagggacgggagcttccccccgcaccagtatccgc
aatgcgggacttccctgggagctgggcctggctgaaactcatcagactctggtcctcaat
aaactgagagaccgggtggtggtggaaacagacggcaagcttttgtcagggcgtgatgtg
gtcatcgccgccatgctgggtgctgaagagttcggttttgccactacacccctgatcgct
ttgggctgtgtcatgatgcgggtctgtaacctgaatacctgccctgtgggcatcgctact
caggatgaggaattaagaaagaacttcacaggcaagcctgagcatgtcgaaaactttatg
cgctttatcgctcaggaaatgcgggaaatcatggctaaactgggcttccggaccatcaat
gagatggttggccgtaccgaccgcctgaaaagcaaagagacgattaagaactggaaagcc
tcccagttggatctctcccagattctctatcagccttatgccggctctgatgtaagccgc
tataacactcaagcccaaaagcatttgctggaaaaatccctggatatgaaaaagctcctg
cgggtttgtcagcctgctttggaaaatcaaaagccgatccgtgccaaattgaaaatcaac
aatgtggatcgggtggtggggaccatcatcggcagcgaaatctccaaacgctatggagaa
caaggactgcctgaagataccattaaactggcctttgtgggctcagccggtcaaagcttc
ggggcctttgtccctaaggggctgactttggagctggaaggggactctaacgattatctg
ggcaaaggactttccggcggtaaaatcgccgtgtacccgccccggacggcggattttgtt
cctgaagagaatattctgatcggcaatgtagccttctatggagcaacctcaggggaagcc
tatattaatgggattgcaggggaacgcttctgcgtcagaaacagcggtgttcatgccgtg
gtagaaggtgtaggggatcatggctgtgaatatatgaccggcggcaaggtggtcatcctg
ggcaagacgggacggaactttgcagcgggaatgtccggcggggtagcttatatcctggat
tttgatgagaactattgcaataaatccatggtgcttctggaaaacatccaatccgaagcc
gagcttgatgaagtcaaggaaatgatccgcaagcatgtggagtatacccatagtccccag
ggaggaaaagttctcgcggattgggaaagctatgcaacccggtttaccaaagtgattccc
aaggactacaagcggatgctggccaatatcgataaggcttgccaagacggatattcaggg
gatgaagcactgatggcagcctttgccgagcattttaaaacgtcggaagcggctaagtaa
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