Alternaria dauci: 96083937
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Entry
96083937 CDS
T10615
Symbol
ACET3X_003615
Name
(RefSeq) hypothetical protein
KO
K15371
glutamate dehydrogenase [EC:
1.4.1.2
]
Organism
adac Alternaria dauci
Pathway
adac00220
Arginine biosynthesis
adac00250
Alanine, aspartate and glutamate metabolism
adac00430
Taurine and hypotaurine metabolism
adac00910
Nitrogen metabolism
adac01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
adac00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
96083937 (ACET3X_003615)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
96083937 (ACET3X_003615)
00220 Arginine biosynthesis
96083937 (ACET3X_003615)
09106 Metabolism of other amino acids
00430 Taurine and hypotaurine metabolism
96083937 (ACET3X_003615)
Enzymes [BR:
adac01000
]
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
96083937 (ACET3X_003615)
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Gene cluster
GFIT
Motif
Pfam:
GDH_2nd
ELFV_dehydrog
GDH2_N
Bac_GDH_CD
ELFV_dehydrog_N
Motif
Other DBs
NCBI-GeneID:
96083937
NCBI-ProteinID:
XP_069310162
LinkDB
All DBs
Position
2:join(4776011..4776354,4776406..4779112,4779165..4779311)
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AA seq
1065 aa
AA seq
DB search
MASTPVDAANGQPAQHKQLEQLLHTPDRRPSPLPTHLSAPGSGSSTPRMIPQEGSGGSGY
VAPVFEGKAQQMEAVMDGVEEKGFMPPELVESETKWFYNELGIDDMYFATETVDAIISHI
HSLYAAKVAAYARDDKRLEIRLDKEAADHAVYIDTSRPGVSVIDGPQYEQRLGKKYLAVS
KPGLAYRVESFRSESPLPGSEDQQLRCYFVYQCDFVDPNPSETETNIEKIGDKRFLQKAT
KNTKEVYQQILQVAVERTGPVIDHFDIEGSRDKRLVVGFKRGSALGLFSALSDLYHYYGL
TTSRKYVEQFSNGYTVMSLYLRPLPGAAGAKHPPIEASIHQITKEVSLLYCLPQNKFQTL
FATSRLSLQETIYAHCVWVFITHFLNRLGSEYTALSAILDPENSAHAELLSKLKRRLRAE
TFTADYIYEIIMTYPDLVHTLYLPFAKTHYVQTRGQEDDFLPTLSYLRLQVDKVQTDAEL
TDTINKAVANDHHEMVMTAFRVFNQSVLKTNFYTPTKVAISFRLNPTFLPSTEYPQPLYG
MFLVIGSEFRGFHLRFRDIARGGIRIVKSRSQEAYSINARSMFDENYNLANTQQRKNKDI
PEGGSKGVVLLDFKHQDKARGAFEKYIDSILDLLLPPTSPGIKDPIVDLHGKEEILFMGP
DENTADLVDWATEHARARGAPWWKSFFTGKSPKLGGIPHDRYGMTTLSVREYVLGIYRKL
NLDPSKVRKLQTGGPDGDLGSNEILLSNEKYIAIVDGSGVLVDNNGINHEELVRLAKERK
MINHFDVSKLSPEGYRILVDDTNKRLPNGDLVYNGTTFRNTFHLRSDMHYDSFVPCGGRP
ESIDLSTANKLIVDGKSVIPYIVEGANLFITQDAKLRLEKAGCILYKDASANKGGVTSSS
LEVLASLAFDDESFLKHMCVGEDGQAPEFYNNYVRQVQKTIQNNARLEFEAIWREHQNTG
QPRSVLSDTLSNAITKLDEELQNTELWHNVEFRESILKEALPNILLEKIGLDKIIKRVPD
NYLRAIFGSYLASRFVYEYGVSASQFAFFDFMNKRMAKGSKSVAH
NT seq
3198 nt
NT seq
+upstream
nt +downstream
nt
atggcttccacaccagtcgacgccgcaaatggccaaccggctcagcacaagcagctcgag
cagctcctccacaccccagaccgccgtccgtcgcctctgcccacacatttgagcgcccca
ggctcggggagctcgacgccgcgaatgatcccccaggaaggctcgggcggttccggctat
gttgctcccgtcttcgagggcaaggcacagcagatggaggccgtcatggacggcgtcgag
gagaagggcttcatgcccccagagctcgtcgagtcagaaacaaagtggttctacaacgag
ctgggcattgacgacatgtactttgctaccgagacggtagacgcaatcatcagccacatc
cactcgctctacgccgcaaaggtcgccgcatacgccagagacgacaagcgtcttgagatc
aggctcgacaaggaagccgctgaccacgccgtatacatcgacaccagcaggcccggtgtt
agcgtcatcgacggccctcaatacgagcagcgcttgggcaagaagtacctggccgtatcc
aagcccggtctggcataccgcgtagagagcttccgctcagaaagccccctaccaggaagc
gaagaccagcaattgcgatgctacttcgtctaccagtgcgactttgtcgaccccaacccc
agcgagacggagaccaacattgagaagattggtgacaagcgtttcctgcagaaggcgacc
aagaacaccaaggaggtttaccaacaaattctccaggtcgctgtagagcgaacaggcccc
gtcattgaccatttcgacatcgagggctcgagagacaagcgtctggtcgttggtttcaag
cgcggaagtgcattgggtcttttcagtgccttgagtgatctgtaccattactatggcctg
accacctcgcgaaagtacgtcgagcagttctccaacggctacaccgtcatgtcgctctac
ttgcgcccgcttccaggagctgctggtgccaagcacccaccaatcgaagcctcgatccac
cagatcaccaaggaggtttctctgctctactgccttccgcaaaacaagttccagacgctg
ttcgctacaagcagactgagtttacaagagaccatctacgcgcactgcgtgtgggtcttc
atcacccacttcctcaaccgactgggaagcgagtacactgccctgtcagctattctggac
ccagaaaacagcgcacatgccgagttgctttccaagctgaagcgccgacttcgtgccgag
acctttaccgctgactacatctacgagatcatcatgacctacccagacctggtccacacc
ttgtatctgcccttcgctaagactcactacgtccagaccaggggccaagaggatgacttc
ctgccaactctgagttatctccgtctccaggttgacaaggtccagactgatgccgagttg
accgacaccatcaacaaggctgttgccaacgaccaccacgagatggtcatgaccgccttc
cgtgtcttcaaccagtcggtcctgaaaaccaacttctacactcctaccaaggtcgccatc
agcttccgcctaaaccccactttcctcccatctacagagtaccctcagccgctgtatgga
atgttcctcgtcatcggctctgagttccgtggtttccatctccgtttccgtgacattgct
cgtggaggtatccgcatcgtcaaatccaggagtcaggaggcctactccatcaacgcacgc
tccatgtttgatgagaactacaaccttgcaaacacgcagcaacgcaagaacaaggacatt
ccagagggtggctccaagggtgtcgtgcttcttgacttcaaacaccaggataaggcccgg
ggcgcttttgagaaatacattgacagcattctcgatctcctcctgcctcctaccagtcct
ggtatcaaggatcctatcgtcgatctccacggcaaggaagagattctcttcatgggtcct
gacgagaacactgccgatcttgtcgactgggccaccgagcatgcacgcgctcgtggcgcc
ccatggtggaagtcattcttcactggcaagagccccaagttgggtggtatccctcacgac
cggtacggcatgacgacattgtctgttcgtgagtacgttttgggtatctaccgcaagctt
aacctcgacccaagtaaggtccgcaagctgcagacaggtggacctgatggcgatctcggt
tcgaacgagatcttgctcagcaatgagaagtacattgcaatcgtcgacggatccggtgtc
ttggtcgacaacaacggtatcaaccacgaggagctggtgcgcctagccaaggagcgcaag
atgatcaaccactttgatgtttcgaagctctcgccagaaggctaccgcattctcgtcgac
gacaccaacaaacgactgccaaacggggaccttgtttacaacggtaccaccttccgaaac
actttccatctccgcagtgacatgcactacgactcattcgtcccttgcggtggccgaccc
gaatctatcgatctatcaactgccaacaagctcattgttgatggcaaatcggtaattcca
tacattgtggaaggtgctaacctcttcatcacacaagacgccaagctccgcctcgagaag
gccggttgcattctatacaaggatgcttcagccaacaagggaggtgtcacgtcttcttca
cttgaggtccttgcatcactggcatttgacgacgagagcttcctcaagcacatgtgtgtt
ggtgaagacggacaggccccagagttctacaacaactacgttcgccaagtgcagaagacc
atccagaacaatgcacgtcttgaatttgaggccatctggagggaacaccagaacactggt
cagcctcgcagcgtcctcagtgacacgctcagtaacgcgatcacgaagctggacgaggaa
ctgcagaacactgagctatggcacaacgtcgagttcagggagtcgattctcaaggaggcg
ctgccaaacatcttgcttgagaagattggcctggataagatcatcaagagggtaccggac
aactatcttcgtgccatcttcggaagctaccttgccagtcgctttgtttacgagtacggc
gtatcggccagtcaattcgccttcttcgacttcatgaacaagcgcatggcgaaaggcagc
aaatctgttgcgcactaa
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