Mercurialis annua (annual mercury): 126664601
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Entry
126664601 CDS
T10153
Name
(RefSeq) phosphatidate phosphatase PAH2-like isoform X1
KO
K15728
phosphatidate phosphatase LPIN [EC:
3.1.3.4
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00561
Glycerolipid metabolism
mean00564
Glycerophospholipid metabolism
mean01100
Metabolic pathways
mean01110
Biosynthesis of secondary metabolites
Module
mean_M00089
Triacylglycerol biosynthesis
Brite
KEGG Orthology (KO) [BR:
mean00001
]
09100 Metabolism
09103 Lipid metabolism
00561 Glycerolipid metabolism
126664601
00564 Glycerophospholipid metabolism
126664601
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
mean01009
]
126664601
Enzymes [BR:
mean01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.4 phosphatidate phosphatase
126664601
Protein phosphatases and associated proteins [BR:
mean01009
]
HAD phosphatases
Other HAD phosphatases
126664601
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
LNS2
Lipin_N
Lipin_mid
LNS2_PITM1-3
APP1_cat
Motif
Other DBs
NCBI-GeneID:
126664601
NCBI-ProteinID:
XP_050213037
LinkDB
All DBs
Position
LG1-X:70824094..70832987
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AA seq
1060 aa
AA seq
DB search
MYAVGRLGNYITRGVYTVSGPFHPFGGAVDIVVVEQPDGTFKSSPWYVRFGKFQGVLKAK
EKVVTVSVNGVETNFHMILDPRGEAYFLRELKGEEGEAICYSSSSGDEIDEQSQKIERPM
KSKSCDYDGGKTLTDNVNAINGKIVARTNSRQSRISGILFGQRSMEEDGYLKAGDGNDVA
RISSLERAEIAADLVETLMLDENDLEDKLVEISETPRYVDESDLQDTGQVCDAEDVMSEV
NHSDSKIVHMYEGCPEKKSDEQGSDDMDVVLPCTSASDEDNSSPGVQLSNNCETPMSSKA
GLDSVREQPEEASCFASGGSGEVPMCAQTLHVPAELEIEDAVNQCAEGIGFESRPMESHD
IYYQQTIPFSSSAHGHNELNFEVPATVSPFTQMVYVDPIFDSVEIESNTDSSMPSFNNSI
HQVQAEVITGNDFTRNERQCSLESVGDSEQLNRGCGLTKTASIPVCESSEDEQFFFSDID
DCEPKEAQGKSAFPDALGEEHLPSSSPEAINTANEPVLVNDESSSSPHNFSPKNEPSVFG
NFIENSKLTSSSIHIPKRHSVDGAEVGRLAESLPNLWSDIDNMDKQELSCSFSRSLELNS
KSLEWNMLHRSDSHCTNSESSKDNLLVQGFSKDEDALPLQDIKDDLSNASVEISLCKHLL
YEGMGAEAASQAFEAEKLDLDKFTSVGPAVVKNDKLVVRIGGNYFPWDAAAPIILGMVSF
GSENTFEPKDMIPVDRVEKSLVGDQSRTIVTTGGSWRLWPFPFRRSRSRKITQPALDNTR
SSDVETVSESHNEVESNRNVLNGEALKKMVKAFTPTSEELASLNLKEGSNEVTFTFSTSV
LGRQKVDARIYLWKWNTRIVISDVDGTITKSDVLGQFMPLVGIEWSQTGVTHLFSAIKDN
GYQFLYLSARAIAQAYITRQFLVNLKQDGKTLPDGPVVISPDGLFPSLFREVIRRAPHEF
KIACLEDIRALFPSDCNPFYAGFGNRDTDEISYLKVGIPKGKIFIINPKGEVAVNRLVDT
RSYTSLHALVHGMFPAMSSTEQEDYNSWNFWKLSPPDIDI
NT seq
3183 nt
NT seq
+upstream
nt +downstream
nt
atgtatgccgtaggaaggctaggcaactatataaccagaggtgtctacactgtctctggc
ccatttcacccttttggtggtgctgtcgatattgttgtagtagaacagcctgatggaacc
ttcaaatcctcgccttggtatgttcggtttgggaaatttcaaggggttttgaaggccaaa
gagaaggtcgttactgtttctgttaatggagttgagacaaactttcacatgattcttgat
ccaagaggagaagcttactttcttagggagttaaaaggagaagaaggggaagctatatgt
tattcatcatcttcaggtgatgagatcgatgagcaatctcagaaaattgagagacctatg
aagtccaaaagctgcgattatgatggcggtaaaactttaactgacaatgttaatgcaatt
aatggaaagattgtggctagaactaattcccgccagtcaaggatatctgggattcttttt
ggacagaggtcaatggaggaggatggttatctaaaggcaggtgatggtaatgatgttgct
aggataagctcattggagcgcgcggagattgcggctgaccttgttgaaactctcatgtta
gacgagaatgatctggaagataaattggtggagatatctgagacaccaagatatgtggat
gaatccgatctacaggacaccggacaagtttgtgatgctgaggatgtaatgtctgaggtc
aaccattctgattcaaagattgtacacatgtatgaaggatgtcctgagaagaaatctgat
gaacagggttctgatgacatggatgttgtcttgccatgcactagtgcttctgatgaagat
aacagttcccctggagttcagttgtccaataattgtgagactcccatgagttcaaaagca
gggttggatagtgtgagagaacaacctgaagaagcttcatgctttgccagtggtggatct
ggggaagttcctatgtgtgctcaaacattgcatgttccagctgaacttgaaattgaggat
gcagttaaccagtgtgccgagggtattggatttgagagtagacccatggaatctcatgac
atatattatcagcaaacaattccattttcttcttctgcacatggtcataatgaactgaac
tttgaagtgccagcaacagtgtcaccctttactcaaatggtctatgttgaccctatattt
gattcagttgaaatagagtcaaacactgatagctccatgcccagttttaacaactcaatt
catcaggttcaagctgaagtaataactgggaatgattttaccaggaacgagcgccaatgt
tctctagagtcagttggggattcagaacaacttaatagaggttgtggcctaacaaaaaca
gctagtattccagtgtgtgagagttcggaggacgaacaatttttctttagtgatatagat
gattgtgaaccaaaggaagctcaaggaaaatcagcttttccagatgctttaggcgaagaa
catcttccttcatcctctccagaagcgattaacacagcgaatgagccagtccttgtaaat
gatgaatcttcttcctctccacataatttttctccaaagaatgaacctagtgtctttgga
aacttcatagaaaattccaagttaacgtcgagttccattcatattccaaaacgtcatagt
gttgatggtgcagaagttgggcgtctggcagaatcactacccaatttgtggtctgacatt
gataatatggataaacaggaactttcatgttcttttagtcgttctttggaattgaactcc
aaatccttggagtggaatatgctacacaggagtgactctcactgtacaaattcagagtca
agcaaagataatttgttggtacagggtttttccaaagatgaagatgcccttcctttgcag
gatattaaagacgatcttagcaatgccagtgttgagatatctctttgcaaacacttatta
tatgaaggaatgggagctgaagctgcttctcaagcattcgaagctgaaaaactggactta
gataaatttacatctgtaggtcctgcagttgtgaagaatgataagcttgttgttagaatt
ggaggcaattatttcccatgggatgcagctgctcctattattttaggaatggtatcattt
ggaagtgaaaatacatttgaaccaaaagacatgatacctgttgatcgagttgagaaatct
cttgtaggggatcaatcaagaaccattgtaaccactggaggaagctggagactttggcct
ttcccttttagaagatcaagatccaggaaaattacacagccagctttagataatactaga
agttctgatgtcgagactgtttcagagagccataatgaggttgaaagtaacagaaatgtg
ctcaatggagaggccttaaaaaagatggtaaaggcctttactccaacatctgaggaactg
gcatccttgaatttgaaggaagggagcaatgaggtcacattcacattctccacttctgtg
ctggggaggcagaaggttgatgcgagaatctatttgtggaaatggaacacccgcattgtg
atctcagacgttgatgggacaatcacaaaatcagatgttctaggccagttcatgcccttg
gttgggatagagtggtcacaaactggtgttacacatttattttcagctattaaggataat
gggtatcaattcctttatctaagtgcacgtgcaattgctcaagcctatattactagacag
ttcctagttaatctaaagcaggatgggaagactttaccagatggtcctgttgttatctcc
cctgacgggctttttccttctttatttcgtgaagtcattagaagggctcctcatgaattc
aagatcgcctgcctggaggacatcagggcattgtttccttctgattgcaaccctttctac
gctggttttggtaatagagatactgatgagattagctaccttaaggttggaattccgaag
ggaaagatcttcattattaaccctaagggggaggttgctgtgaaccgcctggttgacaca
agatcatacacttctctacatgctcttgtgcatggaatgtttcctgccatgtcatcgaca
gagcaggaggactataattcgtggaatttctggaaattgtcgcctcctgatattgacata
tga
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