Uncinocarpus reesii: UREG_00930
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Entry
UREG_00930 CDS
T01132
Name
(RefSeq) NAD-specific glutamate dehydrogenase
KO
K15371
glutamate dehydrogenase [EC:
1.4.1.2
]
Organism
ure
Uncinocarpus reesii
Pathway
ure00220
Arginine biosynthesis
ure00250
Alanine, aspartate and glutamate metabolism
ure00430
Taurine and hypotaurine metabolism
ure00910
Nitrogen metabolism
ure01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
ure00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
UREG_00930
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
UREG_00930
00220 Arginine biosynthesis
UREG_00930
09106 Metabolism of other amino acids
00430 Taurine and hypotaurine metabolism
UREG_00930
Enzymes [BR:
ure01000
]
1. Oxidoreductases
1.4 Acting on the CH-NH2 group of donors
1.4.1 With NAD+ or NADP+ as acceptor
1.4.1.2 glutamate dehydrogenase
UREG_00930
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Ortholog
Paralog
GFIT
Motif
Pfam:
GDH_2nd
ELFV_dehydrog
GDH2_N
Bac_GDH_CD
ELFV_dehydrog_N
Ish1
Motif
Other DBs
NCBI-GeneID:
8441750
NCBI-ProteinID:
XP_002541415
UniProt:
C4JF29
LinkDB
All DBs
AA seq
1086 aa
AA seq
DB search
MSAAELTMNPAPHAADGANGASQPKVSPLPTAELSGSATPTTGFHRIHNKQLDGVMRTPG
RQPSPQPVHLGIPGGTHRVLSEQGPGYVAAKFEGKAKQMEQVMDQLEESGFIPAEFISTE
TDWFYKMLGIDDMYFQTETVEAIASHILSLYAAKVAAYARDDKRLEIRLDKEAADHAVYI
DTSRPGVSAVDGPRYEQRIDEKYIDGSTPSNSYRVETFRSSTSMPDENQNQLRCYFVYKC
QFNNPTPDPGETNIEVIGENRFLQKATANTKAIYQEIIIKAVARSGPVIEMFEIEGTRER
RIVIAYRQGSAMGMFSALSDLYHYYRLTSSRKYLENFSNGITVLSLYLRPMPGVEASGRH
PPIEASIHQIMKEVSLLYCIPQNKFQSHFASGRLSLQETIYAHCVWVFVQQFLNRLGSEY
TSLTALLDSNNTVHAELLSKIKKRLRTETFTSDYILEIINKYPDLIHRLYLDFASTHYVQ
TRAAEDDFLPTLSYLRLQVDEVLDSKQLKDLVSKTVVSEHDEMVMKSFLVFNRAVLKTNF
YTPTKVALSFRLNPDFLPSHEYPQPLYGMFLIISSEFRGFHLRFRDISRGGIRIVKSRDK
EAYSINARSIFDENYNLANTQQRKNKDIPEGGAKGVILLDVNHQDKARVAFEKYIDSILD
LLLPPASPGIKDPIVDLHGQDEILFMGPDENTAELVDWATLHARQRGAPWWKSFFTGKNP
KLGGIPHDTYGMTTLSIRQYVEGIYRKMGVDETQIRKLQTGGPDGDLGSNEIFLGREKYT
AIVDGSGVIVDPQGLNRDELLRLAKSRLMISNFDSSKLSPEGYRVLVDDANVKLPSGEVV
HNGTVFRNTFHLRHGNYDMFVPCGGRPESINLANVSKLIVDGKSTIPFLVEGANLFLTQD
CKLRLEKAGCVLFKDASVNKGGVTSSSLEVLASLSFDDESFEQHMCIGENGQAPEFYNAY
VREVQETIKRNATLEFEAIWREHEQTGIPRSILSDTLSVAITKLDEELQKSELWENLRLR
KAVLGDALPKLLQEKIGLEVMLERVPDNYLRSIFGSYLASRFVYQYGSTPGQFAFFDFMS
KRMPKE
NT seq
3261 nt
NT seq
+upstream
nt +downstream
nt
atgtctgccgctgagctcacgatgaatcctgcccctcatgccgcagacggcgccaatggc
gcttcccaacccaaagtcagcccacttccgactgcagagctgtcaggctccgcgaccccc
accaccggatttcacagaattcacaacaagcagctagacggggtcatgcgcactcccggc
cgccagccgtctccgcaacctgttcacttgggaattcctggaggaacgcaccgggtgctg
tctgagcaaggccctggatatgtggctgccaaattcgaaggcaaggccaaacagatggag
caagtgatggaccagttggaggaaagcggtttcatcccagcggaattcatctccacggaa
acggattggttctacaagatgctcgggatcgacgatatgtacttccagaccgagaccgtt
gaggcaatcgccagccatatcctctccctctatgccgccaaggtggccgcctacgcgaga
gacgataagaggctggaaatcagactggataaagaggccgccgatcatgcggtctacatc
gataccagcaggcctggtgtcagcgccgtcgacggcccccgatatgaacagcgtatcgat
gagaagtacatcgacggttcgactccaagcaatagctaccgtgtggaaaccttccgctcc
tccacttccatgcccgatgaaaaccagaatcagctccgctgctactttgtctacaagtgc
cagttcaataaccccaccccagatcccggcgagacaaacattgaagtcatcggcgagaac
cgcttcttgcaaaaggctactgcgaacacaaaagccatctatcaagaaatcatcatcaag
gcagtggcccggtctggtcctgtcattgagatgttcgagattgaaggaacccgtgagagg
agaatcgtcatcgcgtaccgccagggatccgccatgggcatgttcagcgccttgtccgac
ctgtaccactactatcgcctgaccagctcccgcaaatatctcgaaaacttctccaacggc
atcactgtcctttctctgtacctccgccccatgcccggtgtcgaagcgtccggaagacat
ccccccatcgaggcctctattcaccaaatcatgaaagaagtctccctgctctattgcatt
cctcaaaataaattccagagccactttgctagcggtcgcctcagtttgcaagaaaccatc
tacgcccactgcgtctgggtcttcgtccaacaattccttaaccgtcttggttccgaatac
acttccttgaccgccctcctcgattccaacaacaccgtccacgccgaacttctctcaaag
atcaagaagagactccgtactgaaacttttacctccgattacatcctcgaaatcatcaac
aagtaccccgacctaatccacagactctaccttgactttgcaagcacccactatgttcaa
accagggctgctgaggatgatttcctcccaactctgagttatcttcgcctgcaggttgac
gaggtgctcgatagcaaacaactgaaggatcttgtctccaagaccgtggttagtgagcat
gacgagatggtgatgaagtcattcctcgtcttcaaccgcgccgttctcaagaccaacttc
tataccccgaccaaggtcgctctgagcttccgtctgaatcctgatttcctgccatcccac
gaatacccacaacccttatacggcatgttcctcatcattagctccgagttccgtggattc
catcttcgattccgtgatatctctcgtggtggtattcgtattgtcaagagtcgagacaag
gaagcctactcgatcaacgctcgttcgatattcgacgaaaactacaacttggccaacacc
cagcaacgaaagaacaaggatatcccagaaggaggcgccaagggtgttatcttgcttgac
gtgaaccatcaagataaggctcgtgtcgcctttgagaaatacattgacagcatcctcgat
ctcctccttcccccagctagccctggtatcaaggatcctattgttgatctccatggccaa
gatgagattctcttcatgggacctgatgagaacaccgcagaattggtcgactgggctact
ctccacgctagacagcgtggcgctccctggtggaagtcgttcttcaccggtaaaaaccct
aagcttggtggtattccacatgacacttatggcatgacgaccctatcgattcgccaatac
gttgagggtatctatcgtaagatgggtgtcgatgaaacccaaatccgcaagttgcagact
ggtggtcctgatggtgatcttggatcgaacgagattttccttggtcgggagaaatatacc
gccattgttgatggctctggtgttattgttgatccccaaggcctcaaccgtgatgaactc
cttagacttgcgaaatcacgtctcatgatttcaaatttcgactcgtcgaagctctctcct
gagggataccgagtcctggttgatgatgccaatgtcaaacttccttccggcgaggttgtc
cacaacggcactgtcttccgaaataccttccaccttagacacggtaactacgacatgttc
gtaccttgcggaggtcgtcccgagtccatcaacttggcaaacgtgtcaaaactcattgtc
gatgggaagtccaccatcccattcctggttgaaggtgccaatcttttccttacccaagac
tgcaaacttcgcttggaaaaggctggatgtgttcttttcaaggacgcctctgtcaacaaa
ggcggcgtgacctcatcttcgcttgaggttctagcttccctatcctttgatgatgagagc
ttcgaacagcatatgtgcattggagagaatggccaagctccagaattctacaacgcatat
gtccgtgaggtccaggagaccatcaaacgcaacgcgaccttggaatttgaagccatttgg
agagaacacgagcagactggaattccacgtagcattctcagtgacactctcagtgtcgca
attaccaagttggacgaagagctccagaagtcggaactctgggaaaatttgcgcttgcgc
aaagccgttttgggtgacgcactccccaaattgctccaggagaagattggtttggaagtt
atgctcgagcgggttcctgataactacctccgttccatctttggcagctatcttgccagt
cgtttcgtctatcaatacggcagcacaccaggccaattcgcattttttgatttcatgtca
aagcgaatgccaaaagaatag
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