Camellia sinensis (tea plant): 114261914
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Entry
114261914 CDS
T07364
Name
(RefSeq) LOW QUALITY PROTEIN: alpha-aminoadipic semialdehyde synthase
KO
K14157
alpha-aminoadipic semialdehyde synthase [EC:
1.5.1.8
1.5.1.9
]
Organism
csin
Camellia sinensis (tea plant)
Pathway
csin00310
Lysine degradation
csin01100
Metabolic pathways
csin01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
csin00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
114261914
Enzymes [BR:
csin01000
]
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)
114261914
1.5.1.9 saccharopine dehydrogenase (NAD+, L-glutamate-forming)
114261914
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Motif
Pfam:
Sacchrp_dh_C
Saccharop_dh_N
AlaDh_PNT_N
Sacchrp_dh_NADP
NmrA
HalOD1
Motif
Other DBs
NCBI-GeneID:
114261914
NCBI-ProteinID:
XP_028058042
LinkDB
All DBs
Position
Unknown
AA seq
1050 aa
AA seq
DB search
MLGNGIVGILSESTNKWERRAPLSPSHCARLLHSDKGKTGVARIIVQPSTKRVHHDALYE
DVGCDISDDLSECGLILGIKQPKLEKILPDRAYAFFSHTHKAQKENMPLLDKIIAERASL
FDYELIVGDNGKRLLAFGKFAGRAGLIDFLRGLGQRYLNLGYSTPFLSLGASYMYPSLAA
AKSAVISVGEEIATFGLSSGICPLVFVFTGSGNVSLGAQEIFKLLPHTFVDPSSLPELFA
MARDSQSARTSKRAFQVYGCVVTCQDIVEPKDPTKLFDKVDYYAHPEHYSPIFHEKIAPY
ASVIVNCMYWEERFPRLLTTKQLQDLMRKGCPLVGISDITCDIGGSIEFVNQTTLIDSPF
FRYDPFNNSYHHDMDGNGLICLAVDILPTEFAKEASQYFGDILSQFIGSLASVREIEELP
AHLGRACITRGGALTSLYEYIPRMRNSDTEDLSKTRASCHSNKKKYNLLVSLSGHLFDQF
LINEALDIIEAAGGSFHLINCQVGQSADAMSYSDLEVGADDSAVLDQIIDSLTSIANPSE
NYGFQRKELNAISLKVGRIHKEKRCDTKKRTVVLILGAGRVCRPAAELLTSIGSISSQQW
LKTYMEADLEEQNDVHVIVASLYLKDAEEITEGIPNATAVQLDIMDHGSLCEYISQVEVV
ISLLPSSCHNIIAHACIELGKHLVTASYVDDSMSKLDGVAKNAGITILGEMGLDPGIDHM
MAMKIINQAHVRRGRIRSFTSYCGGLPSPAAANNPLAYKFSWNPAGAIRSGRNPATYRSH
GVTVHVDGNDLYDSAVRFRMPDLPAFALECIPNRNSLVYGDLYGIGHEALTIFRGTLRYE
GFGEIMGTMARIGFFNTEADPILKNEIRPTYVSILLELLSIQSQNLAGTVMGEKDVMERV
IALGLCKEQGMAAMTAKTIIFLGFHEETKIPVSCQSAFDVTCLRMEERLAYCSNEQDMVL
LHHEVEVDFPDGQPAENHHATLLEFGRTKDGKTTTAMAFTVGVPAAIGALLLLANKIKTK
GVLRPIEPEVYVPALDILQAYGIKLLEKID
NT seq
3153 nt
NT seq
+upstream
nt +downstream
nt
atgcttggaaatggaattgttggaatcctctctgagtctacaaacaagtgggaacgaagg
gcacctctttccccctctcactgcgctcgactgctacatagtgacaagggtaaaactgga
gtagcccgcattattgtgcagccatcaacaaagcgtgtgcatcatgatgctctctatgag
gatgttggctgcgacatatcagatgacttgtcagaatgtggtcttatcttgggtatcaaa
caaccaaagttggagaagattcttcctgatagagcctatgcttttttctcccatactcac
aaggcgcagaaagaaaacatgccattgttagataagatcatagccgaaagggcatcgtta
tttgattatgagcttattgttggtgacaatggaaaaaggctacttgcattcggaaaattt
gctggtagagctggacttattgattttctacgtggattgggacagcggtatcttaatctt
ggatattcaacacctttcctgtcactgggtgcgtcttacatgtatccttccttggctgct
gccaagtctgcagtgatatctgtgggtgaagagatagcaacttttggactatcatctgga
atctgtcctctagtgtttgttttcactggttctggaaatgtttctcttggggcccaagaa
atattcaagcttcttcctcacacttttgtagatccaagtagtcttccagaactatttgcg
atggccagggattctcaatctgctcggacatcaaagagggcctttcaagtatatggttgt
gtagtgacttgtcaagacatagttgaacctaaagatcctacaaaactttttgacaaagtt
gactactatgcacatccagagcactacagccccattttccatgaaaaaatagctccctat
gcatctgttatagtcaattgcatgtattgggaggaaagatttcctcggttgttgactacc
aagcagttgcaagatctaatgaggaaaggatgtccacttgttggaatctctgatataact
tgtgatattggaggctcaatagagtttgttaaccaaactacattaattgactcacctttc
ttcagatatgatccctttaataactcataccatcatgacatggacggaaatggtctcata
tgtttggctgttgacattctcccaactgagtttgcgaaagaggcttcccaatattttgga
gatatcctatcccaatttattggcagtttggcttctgtgagagaaattgaagagttacct
gcacacttagggagagcttgtataacacgtggaggggcccttacttcattgtatgaatat
attcctcgaatgagaaactccgacacagaagatttatcaaaaactcgtgcaagctgtcac
tctaataagaagaaatacaatctattggtatctttgagtggtcatctgtttgatcaattt
ctgataaatgaggctttggatattatcgaagctgcaggtggctcctttcacttaattaat
tgtcaagtgggtcaaagtgcagatgctatgtcttattcagatcttgaagttggtgcagat
gatagtgcagttctggatcaaattattgattctttgacttctattgccaatcctagtgaa
aattatggatttcaaaggaaagaactgaatgcaatatcattaaaggttggtagaattcat
aaggagaagagatgcgatacaaaaaagagaactgtagtcctaattcttggcgcgggccgg
gtctgtcgaccagctgccgaactcttaacatcaattggaagcatttcatctcaacaatgg
ttaaaaacatacatggaagctgacttggaagagcagaatgatgttcacgttattgttgca
tctctttacctaaaagatgcagaagagataactgaaggtattccaaatgccacagcagta
caacttgatataatggatcatggaagtctttgtgagtacatttcgcaggttgaggtggtt
atcagtttattgccttctagttgccacaacatcatagcacatgcatgtattgagcttggg
aaacatctcgtcactgctagctatgttgatgattccatgtcaaagctagatggagtagca
aagaatgctggtattactattcttggtgagatgggcttggacccaggcatagatcatatg
atggcaatgaaaataatcaaccaagcacatgtcaggagggggagaattcgatcttttact
tcttattgtgggggcctcccttccccagcagctgcaaataaccctttagcttataaattc
agctggaatccagcaggagctatccgatctggacgcaatccagccacctacagatctcat
ggagtaactgtacatgtcgatgggaatgatctctatgattcagctgtgagattccggatg
cctgatcttccagcttttgcattggagtgtattccaaatcgcaattctttggtttatggt
gacctatatggaattggacatgaagcattaaccatatttcgtggaaccctccgttatgaa
ggatttggtgaaataatggggacaatggcgagaattggtttctttaacacagaagctgac
ccaatacttaaaaatgaaattagacccacatatgtatccattctgcttgaacttctcagt
attcaaagtcagaatttggcaggaactgtgatgggagagaaggatgtcatggaaagagtt
attgcacttggactttgcaaagagcagggaatggcagcgatgacagccaaaaccatcata
tttttgggatttcatgaggagactaaaattcctgtatcctgtcaaagtgcatttgatgtt
acctgtctccgcatggaagagaggctagcatactgcagcaatgaacaggacatggtgctt
ttgcaccatgaagtggaggtagacttcccagatggccaacctgcagagaaccatcacgcc
actctactggaatttgggaggactaaggatgggaaaacaaccactgctatggctttcacc
gttggggttccagcagccattggagctctgctcttacttgcaaacaagatcaagacaaag
ggtgtcttaaggcccattgagcctgaagtttatgtgccagcactagatatcttacaggct
tatgggatcaagttgctggagaagatcgattga
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