Nymphaea colorata (blue-petal water lily): 116262155
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Entry
116262155 CDS
T07418
Name
(RefSeq) phosphoenolpyruvate carboxylase 4-like isoform X1
KO
K01595
phosphoenolpyruvate carboxylase [EC:
4.1.1.31
]
Organism
ncol
Nymphaea colorata (blue-petal water lily)
Pathway
ncol00620
Pyruvate metabolism
ncol00710
Carbon fixation by Calvin cycle
ncol01100
Metabolic pathways
ncol01200
Carbon metabolism
Module
ncol_M00168
CAM (Crassulacean acid metabolism), dark
ncol_M00170
C4-dicarboxylic acid cycle, phosphoenolpyruvate carboxykinase type
ncol_M00171
C4-dicarboxylic acid cycle, NAD - malic enzyme type
ncol_M00172
C4-dicarboxylic acid cycle, NADP - malic enzyme type
Brite
KEGG Orthology (KO) [BR:
ncol00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00620 Pyruvate metabolism
116262155
09102 Energy metabolism
00710 Carbon fixation by Calvin cycle
116262155
Enzymes [BR:
ncol01000
]
4. Lyases
4.1 Carbon-carbon lyases
4.1.1 Carboxy-lyases
4.1.1.31 phosphoenolpyruvate carboxylase
116262155
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Gene cluster
GFIT
Motif
Pfam:
PEPcase
PEPcase_2
Motif
Other DBs
NCBI-GeneID:
116262155
NCBI-ProteinID:
XP_031497138
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All DBs
Position
10:2776749..2791898
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AA seq
1070 aa
AA seq
DB search
MTDTTDDIAEEITFQTFDDDCRLLGNLLKDVLHREVGQAFLEKIERQRVLAQSACNMRMA
GIENMAELLENQLASEISMLTLEEALTLARAFSQYLNLIGIAETHHRLQRARHTMYLSKS
CDDIFNKLIQSGVPQEELYNTVCKQEVEIVLTAHPTQINRRTLQYKHIRIAHLLEFNDRP
DLSHEDREMLIEDLVREITSLWLTDELRRQKPTPVDEARAGLHIVEQSLWKAVPHYLRRV
SSSLKKHTGRSLPLTSTPIRFGSWMGGDRDGNPNVTSKVTRDVAFLSRWMVVDLYIREID
SLRFELSMNRCSPQLTKLAYEVLNRGKSQEDRNHESWGHMKVIDQPNPALPMQLPAGADL
PSCTECNDGDSQLPILEFPHTDSKISESQAGEVSPKSLVFNKGPIGMSAKMSNDHMSAGS
NSLASAISVQNAGTEPVNPVSSSKSTSFSSSQLIARRKLFAESQVGKSSFQKLLEPSLPQ
RPGIAPYRVVLGDVKEKLIKTRRRLELLLDGLPCDFDPSDYYETSEQLLEPLLLCHESLQ
SCGSVALADGRLADLIRRVATFGMTLMKLDLRQESGRHAETLDAITEYLDIGTYSEWDED
RKLEFLSSELKGKRPLVPQSIEVPSDVREVLDTFRVAAELGSDYLGAYVISMASNASDVL
AVELLQKDARLAVSGELGRMCPGGTLRVVPLFETVKDLRGAGSVIRKLLSIDWYREHIIQ
NHNGHQEVMVGYSDSGKDAGRFTAAWELYKAQEDVVAACNEYGIKVTLFHGRGGSIGRGG
GPTYLAIQSQPPGSVMGTLRSTEQGEMVQAKFGLPQAAVRQLEIYTTAVLLATLRPPLPP
REEKWRSLMEEISKISCQHYRSTVYENKEFLPYFQEATPQAELGYLNIGSRPTRRKNSMA
ITQLRAIPWVFAWTQTRFVLPAWLGVGSGLQGVCEKGHRDELHAMYQEWPFFQSTIDLIE
MVLAKADIPIAKHYDEVLVSPSRQELGAQLRKELYNTEKYILVVSGHEKLSENNRILRRL
IESRLHYLNPLNMLQVEILRRLRKDEDNNKLRDALLITINGIAAGMRNTG
NT seq
3213 nt
NT seq
+upstream
nt +downstream
nt
atgacggacacgacggacgacatagctgaggagataacgttccaaacgttcgatgatgac
tgccgactgctggggaacctccttaaggacgtcctgcatcgggaggtcggccaggcgttc
ctcgagaagatagagcgccagcgggtcctcgctcagagcgcctgcaatatgagaatggcc
ggaatagagaacatggcggagttgctggagaaccagttggcctctgagatatccatgttg
acgttggaggaggccctcactctggctcgagctttcagccaatatctcaatctcattggg
atcgccgagacgcatcacagattacaaagggctcgccacactatgtatttgtcaaaatca
tgtgatgacatattcaacaaacttattcaaagtggtgttcctcaagaagagctctataac
actgtctgcaagcaggaggttgaaattgtcctcactgcacatccgactcaaattaaccgg
agaacgcttcaatacaaacacattagaattgctcatttgttggaatttaatgatcggccg
gatctaagccatgaagatcgagaaatgctgattgaagatctggtaagggagataacctcg
ttgtggctgacagatgagttgaggcgtcagaagcctactccagtagatgaagccagggct
ggactgcacatagtcgagcaatccctttggaaggctgttcctcattaccttcgtcgtgtt
agcagttctttgaaaaagcacacaggccgctcacttccattaactagcacaccaattcgg
tttggctcatggatgggtggtgatagggatggaaatcctaatgtaacatcaaaggtcaca
agagatgtcgccttcttatcaaggtggatggtggttgatctatatatacgagaaattgat
agccttagatttgagctctccatgaataggtgcagcccgcaattgacaaagcttgcatat
gaggttctgaacagaggaaaatcccaagaagacagaaatcatgagagttggggtcatatg
aaggttattgatcaaccaaatccagctttgccaatgcagcttcctgctggtgcagatttg
ccttcatgtacagaatgcaatgatggtgattctcaacttcccatcctggaatttccacac
actgacagcaaaatttcagaatcccaggctggtgaagtctctccaaaatcacttgttttc
aacaaaggtcctattggtatgtcagccaaaatgagcaatgaccacatgtctgcaggcagc
aattccttggcttctgccatttctgttcagaatgctggaactgagccagtgaacccagta
tcttccagcaagtctacttctttcagctcaagtcagcttattgcacggagaaaactgttt
gcagaatcgcaagttggaaaatccagcttccaaaagctcctggaacctagtttgcctcaa
cgtcctggaattgctccgtatagggttgttcttggagacgtgaaagagaagcttatcaag
actcgaaggcggcttgagcttctacttgatggtcttccttgcgattttgatccttctgat
tactacgagacatctgagcagcttcttgaaccacttcttctttgccatgaatctctgcaa
tcttgtggatctgtggcattggcagatggaagactggctgatcttatccggagagttgct
acgttcgggatgacacttatgaagctcgatctacgtcaggaatctggtaggcatgctgaa
acactggatgcaatcacagaatatctagatatagggacttacagtgagtgggatgaagat
aggaagctggagttcctcagcagcgagctcaaagggaagaggccccttgttccccaaagc
attgaggttccatctgatgtgagggaggtgctggacacattccgtgttgcagctgagctt
ggaagtgattaccttggagcatatgtgatttcaatggcttccaatgctagtgatgtattg
gcagttgagctattgcagaaggacgcaagacttgctgtcagtggtgagctaggccgaatg
tgtcctgggggaacattgcgagttgtgccattgtttgagactgtcaaggatctccgtgga
gctggatcagttatcaggaaattattgtccattgattggtacagagagcacatcattcaa
aaccataatgggcaccaggaggtaatggttggctactcagactctgggaaagatgccgga
cgctttactgctgcttgggagctgtacaaagctcaggaagatgtagtggcagcttgcaat
gagtatggtatcaaagtcacgctattccatgggcgtggaggaagtattggtaggggtggt
ggcccaacataccttgctatccaatctcagcctcctggatcagtaatgggtactcttcgt
tcaactgagcaaggtgaaatggtccaagcaaaatttggcctaccacaagctgcggttagg
caactagagatttacacaacagctgtgttgcttgcaactttacggccacctcttccgcct
cgtgaggagaagtggagaagcttgatggaagagatttcaaagatcagctgccagcattac
cgatccacggtgtatgagaacaaagagttccttccttatttccaggaagcaacacctcag
gcagagctgggatacctgaacattggaagccgaccaacaaggaggaagaactctatggca
attactcaactgcgtgccataccgtgggtgtttgcttggactcagacaaggtttgtcttg
ccagcatggttaggtgtcgggtcaggcctgcagggggtgtgtgagaagggccacagggat
gagttgcacgctatgtatcaggaatggccattcttccaatccaccattgatctaattgag
atggttctagccaaagctgacatccccatagctaaacattatgatgaggttttggtttct
ccttccaggcaggagcttggtgctcagctaaggaaagaactatacaacacagagaaatat
attcttgtggtgagtggtcacgagaaactatctgaaaacaaccgtatcctcaggcgtctg
atcgagagcaggctgcattacctaaacccactcaacatgctgcaagttgaaatactgaga
agattaagaaaagatgaagacaataacaagcttcgggatgccttgctcatcaccataaat
ggaatagctgctggcatgagaaacacaggttga
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