Mercurialis annua (annual mercury): 126676727
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Entry
126676727 CDS
T10153
Name
(RefSeq) prolycopene isomerase, chloroplastic isoform X1
KO
K09835
prolycopene isomerase [EC:
5.2.1.13
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00906
Carotenoid biosynthesis
mean01100
Metabolic pathways
mean01110
Biosynthesis of secondary metabolites
Module
mean_M00097
beta-Carotene biosynthesis, GGAP => beta-carotene
Brite
KEGG Orthology (KO) [BR:
mean00001
]
09100 Metabolism
09109 Metabolism of terpenoids and polyketides
00906 Carotenoid biosynthesis
126676727
Enzymes [BR:
mean01000
]
5. Isomerases
5.2 cis-trans-Isomerases
5.2.1 cis-trans Isomerases (only sub-subclass identified to date)
5.2.1.13 prolycopene isomerase
126676727
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GFIT
Motif
Pfam:
Amino_oxidase
NAD_binding_8
DAO
FAD_binding_2
GIDA
HI0933_like
GDI
Thi4
FAD_oxidored
GMC_oxred_N
Pyr_redox_2
FAD_binding_3
MCRA
Motif
Other DBs
NCBI-GeneID:
126676727
NCBI-ProteinID:
XP_050226951
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Position
LG4:22945040..22949939
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AA seq
632 aa
AA seq
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MSLVFNSSAIQLGSFRPRTQKHRQFSFKTTKDSIFFNPNNMNSCLYLHNSIPRNLETKIL
LNNPFKTSSFNSDIKYGRVKLQSFKVKGDLVLRAKSVLSVDKEINKEGNKRVSNFDAIVI
GSGIGGLVAAAQLGVKGARVLVLEKYVIPGGSSGFYERDGYTFDVGSSVMFGFSDKGNLN
LITRALAAVGRKMEVIPDPTTVHFHLPNDLSIRVHREYDDFIAELTAKFPHEKEGILKFY
GECWKIFNALNSLELKSLEEPIYLFGQFFQKPLECLTLAYYLPQNAGDIARKYIKDPELL
SFLDAECFIVSTVNASQTPMINAGMVLCDRHFGGINYPVGGVGGIAKSLVDGLVDQGSEI
MYKANVKNIILENGKAVGVRLSDGREFYAKTVISNATRWDTFGKLLKGEKLPQEEENFQK
VYVKAPSFLSIHMGVKAEVLPPDTDCHHFVLEDEWGRLEKSYGSIFLSIPTILDSSLAPA
GHHILHIFTTSSFDDWEGLSVKDYEAKKELIADEIISRLEKKLFPGLRSSITFMEVGSPK
THRRYLARDKGTYGPMPRKTPKGLLGMPFNTTAIDGLYCVGDSCFPGQGVIAVAFSGVMC
AHRVAADIGLEKKSPVMDAALLRLLGWLRTLA
NT seq
1899 nt
NT seq
+upstream
nt +downstream
nt
atgagtttagttttcaatagttcagcaattcagttgggtagtttcagacccagaacccaa
aaacatagacaattctcttttaaaactaccaaagattcaatctttttcaatcccaataac
atgaattcttgtttgtatttacacaattccatacccagaaatttagaaaccaaaattctg
ctaaataatccctttaaaacttcaagttttaatagtgatatcaagtatggtagagtaaag
cttcagtctttcaaggtgaagggggatttggttttgagggcaaagtcagttttaagtgtg
gataaagagataaataaagagggaaataaaagagtgagtaattttgatgctattgttatt
gggtctggaattggtgggttggtggctgcagctcagctgggtgtgaagggagctagggtt
ttggttttggagaagtatgtgattcctggcggaagctctggcttttatgagagggatggt
tatacttttgatgttggctcctctgttatgtttggtttcagtgataagggcaacttaaat
ttgataacaagagcattggctgcagttggccgtaagatggaggtgattcctgatccgact
actgttcatttccatctacccaatgatctttctatacgagttcacagggagtacgatgac
ttcatcgcggaacttactgctaaatttccacatgaaaaagaaggcatccttaaattttat
ggtgaatgttggaagatattcaacgcgttaaattcattggaactgaagtcactagaggag
ccaatatacctgtttggacagttcttccagaagcctctcgaatgcttgacactggcttat
tacctgcctcaaaatgctggagacatagctcggaagtatataaaggatccggagctgtta
tcttttcttgatgcggagtgttttatagtcagcacagttaatgcatcgcagacaccaatg
attaatgcaggcatggttctatgtgataggcatttcggaggaattaattaccctgtaggt
ggtgttggtggaattgcaaagtctctggtggatggtctggttgatcagggtagtgaaatt
atgtacaaggcaaatgtgaaaaacatcatattggagaatggaaaggctgtgggggtgagg
ctttctgatggaagagagttctatgccaaaaccgtaatctcaaatgctacaagatgggat
acctttgggaagttgttaaaaggtgaaaaacttccacaagaagaagaaaatttccaaaaa
gtttatgtcaaggctccatcttttctttccattcacatgggtgtaaaagctgaagttctc
cctccagatacggattgccatcattttgtgctcgaggatgaatggggaagattagagaag
tcttatggaagtatatttttaagcattccaactattcttgattcatcactagctcccgca
ggacatcatattcttcacatattcacgacttcttcgttcgatgactgggagggactctct
gtaaaggactatgaggcaaagaaggagcttatagcagatgaaattataagcagattggag
aagaaactgtttccagggctgagatcatcaattacttttatggaggtggggtcacctaag
acacacaggcggtacctagctcgtgataaaggtacctatggaccaatgccacgtaaaact
cctaaaggcttactgggaatgccattcaatacaacagcaatagatggtctgtactgtgtt
ggtgatagctgttttccaggacagggtgtcatagctgtagccttttctggagtaatgtgt
gctcatcgtgtagctgctgatatcggactggagaagaagtcacctgtaatggatgctgcc
ctccttcgacttcttggctggttaaggacattggcataa
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