KEGG   Amborella trichopoda: s00024p00252690Help
Entry
s00024p00252690   CDS       T02990                                 

Gene name
AMTR_s00024p00252690
Definition
hypothetical protein
Orthology
K01595  
phosphoenolpyruvate carboxylase [EC:4.1.1.31]
Organism
atr  Amborella trichopoda
Pathway
Pyruvate metabolism
Carbon fixation in photosynthetic organisms
Metabolic pathways
Carbon metabolism
Module
CAM (Crassulacean acid metabolism), dark
C4-dicarboxylic acid cycle, phosphoenolpyruvate carboxykinase type
C4-dicarboxylic acid cycle, NAD - malic enzyme type
C4-dicarboxylic acid cycle, NADP - malic enzyme type
Brite
KEGG Orthology (KO) [BR:atr00001]
 Metabolism
  Overview
   01200 Carbon metabolism
    s00024p00252690 (AMTR_s00024p00252690)
  Carbohydrate metabolism
   00620 Pyruvate metabolism
    s00024p00252690 (AMTR_s00024p00252690)
  Energy metabolism
   00710 Carbon fixation in photosynthetic organisms
    s00024p00252690 (AMTR_s00024p00252690)
Enzymes [BR:atr01000]
 4. Lyases
  4.1  Carbon-carbon lyases
   4.1.1  Carboxy-lyases
    4.1.1.31  phosphoenolpyruvate carboxylase
     s00024p00252690 (AMTR_s00024p00252690)
BRITE hierarchy
SSDB OrthologParalogGFIT
Motif Motif
Other DBs
NCBI-GI: 
NCBI-GeneID: 
UniProt: 
Position
Unknown
AA seq 1085 aa AA seqDB search
MTDTTDDIAEEISFQSFEDDCRLLGSLLNDVLQREVGQAFVDKIERKRVLSLCSCNMRSA
GIGIGVEGEDGCRLPDLIDQQLSFQISQMTLQDAVTVARAFSHYLNLMSIAETHHRVRKA
RNTVHLSKSCDDIFNRIIQTGVPPDDLYNTVCKQEVEIVLTAHPTQINRRTLQYKHIRIA
HLLEFNDRPDLSHEDREMLIEDLVREITSLWQTDELRRHRPSPVDEARAGLHIVEQSLWK
AVPQYLRRVSAALKKHTGRPLPLTCTPIRFGSWMGGDRDGNPNVTSKVTRDVSFLSRWMA
ADLYIREIDSLRFELSMNRCSEELAKLAYESLQKESSLEDRHYEGRDQSVHRSHQKNPDQ
QMSPLPSQLPVGADMPSCTECNDGDSQLPILEFPRPDYTKSEIEDDQNSAISVSLTKDSV
QNFPKTFANGNVTADECSASSSSLQSAGLGCSSAPSTPRSNFMNSTQAMRRKLFAESDVG
RSSFQKLLEPRVPQWPEIAPYRLVLGDVREKLIKTRRRLELLLEGLPCDYDPSDYYETSE
QLLEPLLLCYASLQSCGSVILADGRLADLIRRVATFGMVLMKLDLRQESGRHSETLDAIT
KYLDMGTYSDWDEEKKLEFLTRELKGRRPLVPPSIEVVADVREVLDTFRVAAELGSESLG
AYVISMAANASDVLAVELLQKDARLAVSGELGRPCPGGTLRVVPLFETVKDLRGAGSVIR
KLLSIDWYREHIITSHNGHQEVMVGYSDSGKDAGRFTAAWELYKAQEDVVAACNEFGIKV
TLFHGRGGSIGRGGGPTYLAIQSQPPGSVMGTLRSTEQGEMVQAKFGLSQTAVRQLEIYT
TAVLLSTLQPPQPPRDHKWRDVMEEISRISCDHYRSTVYENNDFPQYFEEATPQSELGFL
NIGSRPTRRSQGSKGIGQLRAIPWVFAWTQTRLVLPAWLGVGTGLRWACEKGYKEELQAM
YKEWPFFQSTIDLIEMVLAKADVPISKHYEEVLVSPSRQKLGEELRVELCRTEKYVLIVS
GHERLSENNRSLRRLIESRLPYLNPINMIQVEILRRLRQDDDNHKLRDALLITINGIAAG
MRNTG
NT seq 3258 nt NT seq  +upstreamnt  +downstreamnt
atgacggacacaacggatgacatcgcagaggagatatcgtttcagtcgttcgaggacgac
tgccgcttgctggggagcctcttgaacgacgtgctgcagagggaagtggggcaggccttc
gtcgacaagattgagaggaagagggtcctctccctctgctcctgcaacatgcgctccgcc
ggcatcggaattggcgtcgaaggtgaggatggctgccgcctcccggaccttatagaccaa
cagctctcctttcagatctctcagatgaccctccaggatgctgtcaccgtcgcccgagcg
ttcagccattacctcaacctcatgagcatcgccgaaacccatcatagggtgcgcaaggct
cgaaacactgttcatttatcaaaatcatgtgacgacatattcaacagaatcatccaaacc
ggagttcctcccgatgacctttacaacactgtttgtaaacaggaggtggagatcgttctc
actgctcatccaacacaaataaacaggcggactttgcaatacaagcacatcagaattgct
catttattagaatttaatgaccggcctgacttgagccatgaagatagagagatgttgatt
gaagatctggtaagagaaataacatccttgtggcaaacagatgagctgagacgtcataga
ccgtctccggtagatgaagcaagggctggtctccacattgtggaacaatccctttggaag
gctgtgcctcaatatcttcgccgtgtcagcgctgctttgaaaaagcacactggccgaccg
cttcctttgacttgcaccccaattaggtttggttcttggatgggtggtgatagggatgga
aatcctaatgtaacttcgaaggttacaagggatgtttcctttctctcacgatggatggca
gccgatttatacattcgtgaaatagacagtcttagatttgaactttcaatgaaccgttgt
agtgaggagttagccaaacttgcttacgaaagtctacaaaaagagtcctcacttgaggac
cgccattacgaaggtcgagatcagtcggtgcatagaagtcatcaaaagaatcctgaccaa
cagatgtcgcccttgccatctcaacttcctgttggtgcagatatgccttcatgcacagaa
tgcaacgatggagattcacaacttcccattctggaatttccacgccctgattacaccaaa
agtgaaattgaggatgatcaaaactcagcaatttcagtttctttgacaaaagattctgtt
caaaatttccccaaaacatttgcaaatggtaatgtgacagcggatgaatgctcagcttct
tctagctccctgcaatctgctggattaggatgttcatcagctccaagtactcctaggtct
aattttatgaattctactcaagctatgaggaggaaactatttgcagagtctgatgttggt
agatccagctttcaaaagcttctagagccaagagtaccgcaatggccagaaattgctcca
tacagactggttcttggagatgtaagagaaaagcttattaagacaaggaggcggttggag
ctccttcttgaaggtcttccttgtgattatgatccttctgattactacgaaacatctgaa
cagcttctagaacctcttctcttatgttatgcatccctgcaatcctgtggatcggtcatc
ctggcagatgggaggcttgctgacttgatcagaagggttgctacctttgggatggtattg
atgaagctcgatttacgccaggaatctggtaggcattctgaaacactagatgcaattaca
aagtacctagacatgggtacatacagcgattgggatgaagagaaaaagcttgaattcctc
acacgagagctgaagggaagaaggccactagttcccccgtctatcgaggtagttgctgat
gtgagggaggtcctagacacctttcgtgtagcagccgagctgggaagtgagtctcttgga
gcatatgtaatttccatggctgcaaatgctagtgatgttttggcagtggaactcttacaa
aaagatgcacgtcttgctgtaagtggggagcttgggagaccctgtccagggggaacgttg
agggttgtacctctgtttgaaacagtgaaagacttgagaggagcaggctcagttattcgg
aaattgttatctattgactggtaccgggagcatattatcacaagccacaatgggcaccag
gaggtaatggttggatactcagactcgggaaaagatgcaggtcgctttactgcagcttgg
gagctgtataaagcccaggaagatgttgtggctgcctgcaatgagtttggcatcaaagtc
acactgtttcatggacgtggaggaagtattggacgtggtggtggtcccacatatcttgct
atacaatcccagccccctggttctgtcatgggaacgcttcggtcaacggagcaaggagag
atggtacaggccaaatttgggttgtcccagacagcggtgaggcagctggagatttacacc
acggccgtgctgctctctactttgcagcctcctcagccaccacgtgatcacaagtggaga
gatgtgatggaggagatatcaaggatcagctgtgaccattacaggagcactgtctatgag
aataacgacttcccccaatactttgaagaagccactccgcaatccgagctgggttttctc
aacatcggcagcaggcccactcggaggagtcaaggcagcaaaggcataggtcaactacga
gccatcccttgggtctttgcatggacacagaccaggctcgttttgcctgcttggctcggg
gttgggacagggctaaggtgggcttgtgagaaaggatacaaagaagagcttcaggcaatg
tacaaggagtggcccttcttccagtcaaccatcgacctgatagagatggttctggcaaag
gcagatgtccccatatccaagcactacgaggaggttctggtctccccatctagacagaag
cttggagaggagctgagggtggagctgtgcaggaccgagaagtatgtgctgattgtgagt
gggcacgaaaggctctcggagaacaataggagcctgaggcgtttgatcgagagcaggctc
ccttatcttaaccctatcaacatgatccaggtcgagatattgcgccgcttacgccaggat
gatgacaaccacaagctccgtgatgcacttctcatcaccatcaatggaatagctgctggc
atgaggaacactggttga

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