Mercurialis annua (annual mercury): 126668988
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Entry
126668988 CDS
T10153
Name
(RefSeq) alpha-aminoadipic semialdehyde synthase
KO
K14157
alpha-aminoadipic semialdehyde synthase [EC:
1.5.1.8
1.5.1.9
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00310
Lysine degradation
mean01100
Metabolic pathways
mean01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
mean00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
126668988
Enzymes [BR:
mean01000
]
1. Oxidoreductases
1.5 Acting on the CH-NH group of donors
1.5.1 With NAD+ or NADP+ as acceptor
1.5.1.8 saccharopine dehydrogenase (NADP+, L-lysine-forming)
126668988
1.5.1.9 saccharopine dehydrogenase (NAD+, L-glutamate-forming)
126668988
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Gene cluster
GFIT
Motif
Pfam:
Sacchrp_dh_C
AlaDh_PNT_N
Saccharop_dh_N
Sacchrp_dh_NADP
Motif
Other DBs
NCBI-GeneID:
126668988
NCBI-ProteinID:
XP_050218217
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All DBs
Position
LG2:complement(52455361..52465228)
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AA seq
1048 aa
AA seq
DB search
MLGNGVVGILAESVNKWERRVPLTPSHCARLLHSGKDKTGVARIVVQPSTKRIHHDAMYE
DVGCEISDDLSECGLILGIKQPKLEMILPDRAYAFFSHTHKAQKENMPLLDKILAERVSL
YDYELIVGDHGKRLLAFGKYAGRAGLVDFFHGLGQRYLSLGYSTPFLSLGSSYMYSSLAA
AKAAVISVGEEISTFGLPSGICPLVFIFTGSGNVSQGAQEIFKLLPHTFVEPSRLPELFA
QASDPSHPLRRSKRVHQVYGCVVTSQDMVEHIDSSKTFDKADYYAHPEHYKPIFHEKIAP
YASIIVNCMYWEKRFPRLLSAQQLQDLTRKGCPLVGVADITCDVEGSIEFINQITLIDSP
FFRYDPLNDSYHQDMEGNGLICSSVDILPTEFAKEASQHFGDILSQFIGSLASITDINKL
PSHLRRACIAQGGEVTPLFEYVTRMRNSDMEDMPEHSANSHSKKKFNILVSLSGHLFDQF
LINEALDIIEAAGGAFHLAKCHVGQSADATSYSELEVGADDREVLDHIVDSLTSLANSDE
NQGHLNKEANKISLKVGKVHENGSKKDYDMKRKTSVLIIGAGRVCRPAAEFLASVGSISS
HEWYKACLDTDFEEQNDVQVIVASLYLKDAEEIVDGIPNATAVQLDVMDHESLCKYISQV
EVVVSLLPPSCHLVIANECIKLKKHLVTASYVDDSMSALDEKARAADITILGEMGLDPGI
DHMMAMKMINQAHVRKGRVKSFTSYCGALPSPAAANNPLAYKFSWSPVGVIRAGRNPATY
RSHGEIINVEGDKLYESAFKLRLPDLPAFALECLPNRNSLVYGKVYGIEDASTIFRGTLR
YEGFGEIMGTLARIGLFSTESHSDLTSKQRPTFKKFLCQLLNIHNEILLGEKNIAEKIVA
LGHCKEKEAAVKAAKTIIYLGLHEQTDIPALCQSPFEVACFRMEERLTYSSEEQDMVLLH
HEIEVEFPDGKCTEHHTGTLLEFGTTKNGKTITSMAVTVGIPAAIGALLLLENKIKTRGV
VRPIEPEVYMPALEILQAQGIRLMEKVE
NT seq
3147 nt
NT seq
+upstream
nt +downstream
nt
atgctggggaacggagtagttggaattctcgcagagtcagttaacaaatgggaaagaagg
gttcctttaaccccgtcgcattgcgcgcggcttctacatagcggcaaggataaaaccggg
gtggctcgcatagttgtgcagccgtctacgaagagaattcatcatgatgcaatgtatgag
gatgttggctgtgagatttctgatgatttgtctgaatgtggtctcattttgggcattaaa
cagccaaaacttgaaatgatccttcctgatagagcgtatgcatttttttcgcatactcat
aaggcacaaaaggaaaatatgcctttgcttgataagattctagcagaaagggtatcgcta
tatgattatgaacttatcgtcggagatcatgggaaacggctgctcgcttttgggaaatat
gctggcagagcaggacttgttgatttcttccatgggctaggacagcggtacctgagcctt
gggtattcaacaccattcctgtcattgggatcatcttacatgtattcttccctggctgcc
gccaaagctgccgtaatttctgtgggagaagagatatcaacttttggattgccatcagga
atttgtcctctggtattcatattcactggctccggaaatgtttctcaaggtgcacaagaa
atttttaaacttcttcctcatacttttgtcgaaccaagcagattaccagaactatttgca
caagccagcgatccaagtcaccctttaaggagatcaaagagagtgcaccaagtatatggt
tgtgttgtgactagtcaagacatggttgaacacatcgattcttccaaaacgtttgataaa
gccgactactatgcacatccagaacactacaaaccaatttttcatgaaaaaattgctcca
tatgcatctattattgtcaattgcatgtactgggagaaaagatttccccggctgttgagt
gcccagcaacttcaagatctaacgaggaaagggtgccctcttgtcggagttgctgatata
acttgtgacgttgaaggctctattgagtttattaaccaaatcacattaattgatagtcca
ttcttcagatatgatcccttaaatgattcttaccatcaggacatggaagggaatggtttg
atatgttcttctgttgacattcttcctacagaattcgcgaaggaggcttctcaacatttt
ggagacatactttcccaatttattggcagtttggcttctataactgacattaacaagtta
ccttcacatttaaggagagcctgtatagcccaaggaggagaagttactcccttgtttgaa
tacgttacacgcatgcgaaactccgatatggaggatatgccagagcattcagcaaattca
catagcaagaagaaatttaatatactggtatctctgagtggtcacttgttcgatcagttt
ttgataaacgaggctttagatattattgaagctgctggtggcgcctttcacttggccaaa
tgtcatgtgggtcaaagtgctgatgcaacttcatactcagaactcgaagttggcgcagat
gatagggaagttctggatcacattgttgactctttgacatcccttgctaattcagatgaa
aatcaaggacacttaaacaaggaagcaaacaaaatttcattgaaggtggggaaagttcat
gaaaacggcagtaaaaaagactatgatatgaaaagaaagacttcagttctaatcataggc
gcaggccgcgtctgtcgaccagctgctgagttcctggcatcagtagggagcatttcatct
catgaatggtataaagcttgcttagatactgattttgaagagcagaatgatgtgcaagtc
atagttgcatctctctatctaaaggatgctgaagagattgttgatggaattcccaatgca
actgcagttcagcttgatgtgatggatcatgaaagtctttgcaagtatatctcacaggtt
gaagttgttgtgagcttacttcctcctagttgccaccttgtcatagcaaatgaatgtatc
aagcttaaaaaacatctcgtcactgctagctatgttgatgattctatgtcagcattagat
gaaaaggcaagagctgctgatattacaattcttggtgagatgggcttggaccccggaata
gatcatatgatggcaatgaagatgatcaatcaagctcacgttcgaaaggggagagtgaag
tcgtttacctcttattgtggggctcttccatctcctgcagccgcaaataaccccctagca
tacaaattcagctggagccctgttggagtcatccgagctggacgcaatcctgccacctat
agatctcatggtgaaattataaatgtagaaggtgataaactttatgagtcggctttcaaa
cttcgtctgccggatcttccagcgtttgccttggaatgtcttccaaatcgcaactctcta
gtttacggcaaagtttatggaatagaagatgcatcaactatcttccgaggaaccctccga
tatgaagggttcggtgaaataatgggaacacttgcaagaattggtctgttcagcacagaa
tctcattcagatcttacatctaaacaaagacccacattcaaaaaattcctttgccaactg
ctaaatattcataatgagattctattaggagagaagaacatcgcagaaaagatcgtcgca
cttggacattgcaaggaaaaagaagctgcagtaaaggcagccaaaactattatatatttg
ggactacatgagcagacagacatccctgccttgtgtcaaagtccatttgaagttgcctgt
tttcgcatggaagaaaggttgacgtattccagtgaagagcaggatatggtgcttttgcat
cacgaaattgaggttgaatttcctgatggcaagtgtaccgagcatcatacaggcacttta
ctggaatttggaacaacgaagaacgggaaaacaattacttccatggctgtcacagttggt
ataccagcggcaattggggctctgctcctacttgaaaacaagatcaagacaagaggggtt
gtaaggcctattgaacccgaagtttacatgccagcacttgaaattttacaagcacaaggc
atcagattgatggagaaggtggagtaa
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