Amaranthus tricolor (tampala): 130827670
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Entry
130827670 CDS
T09367
Name
(RefSeq) phosphatidate phosphatase PAH1-like isoform X1
KO
K15728
phosphatidate phosphatase LPIN [EC:
3.1.3.4
]
Organism
atri
Amaranthus tricolor (tampala)
Pathway
atri00561
Glycerolipid metabolism
atri00564
Glycerophospholipid metabolism
atri01100
Metabolic pathways
atri01110
Biosynthesis of secondary metabolites
Module
atri_M00089
Triacylglycerol biosynthesis
Brite
KEGG Orthology (KO) [BR:
atri00001
]
09100 Metabolism
09103 Lipid metabolism
00561 Glycerolipid metabolism
130827670
00564 Glycerophospholipid metabolism
130827670
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
atri01009
]
130827670
Enzymes [BR:
atri01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.4 phosphatidate phosphatase
130827670
Protein phosphatases and associated proteins [BR:
atri01009
]
HAD phosphatases
Other HAD phosphatases
130827670
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
LNS2
Lipin_N
Lipin_mid
APP1_cat
Motif
Other DBs
NCBI-GeneID:
130827670
NCBI-ProteinID:
XP_057549447
LinkDB
All DBs
Position
11:24571761..24578212
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AA seq
1007 aa
AA seq
DB search
MNVVGKVGSLITQGVYSVATPFHPFGGAVDIIVVQQQDGSFRSTPWYVQFGKFQGVLKGA
EKMVQIKVNGIEANFHMHLDNSGEAYFVREAVSIENGEEKQVLKDEREPTLEYSFSVDNS
QCTINNENIENFRLQSTLSDPGILSENFSSFNRLERNDSDACRFYDFQDDQSFDDSMELS
SEYGSNPYENMEVVENFVEAQGSDSEMVLVSVDGHILTAPISSSEHNGEIVQLDTPQFHL
GPGKGNGFCEEDREFTVSETTWDSQYLNDLEASSIKPGSSENNNADLHQGFSNTVKIEEH
TSENQESDGEHTQLSEVRHDEGTNKIYELESCEENKEFTHREAKPSVVCLNSRNSLCKNE
ESGEMSEHEAGGDEKILHEDGGVEDTHLPAGLDDEECPNRDEDDNCNKLQTIDSYIHSDI
EDTSPSSKNEDKFRSCLDLTSAGVDETLESEVSTLQSQEEAESTEENSLQNTQSLLNKDD
MQFPTEISGDGGSITNTNMGGVVDSSLSLVCENEKREHKDNTFTPTENASVCNEEPAALN
PSVKIDISNESEDPKQHTGCSPERIETNLNPTIEISLCRHLLRPGMGLAAADEAFSAHRL
SEDEFRSTASSLIKNENLIIRYNGKYLPWEQAAPIVLGMAVFGVHLPIESNDAIPVEQEV
TSNVELPDSGSASGRRWRLWPIPFRRVKTLPRSTSNTSEEVFVDSESVSRSPSINLTPTS
ESGTPLSATSSKSPLKKIVRTNIPTNEQISSLNLKEGQNDVTFSFSTRVLGLQQVEAHIY
LWKWNARIVISDVDGTITRSDVLGQFMPLVGKDWSQSGVARLFSAIKENGYQLLFLSARA
IVQAYLTKSFLFNLKQDGKTLPNGPVVISPNGLFPSLYREVIRRAPHEFKIACLEDIKAL
FPPDYNPFYAGFGNRDTDELTYKKIGIPKGKIFIINPKGEVAINHRIDVKSYTSLHTLVN
DMFPPTSMVEQVLAYPTKLLSCQVCFTPFDYSFHDSIIFRCIITGGL
NT seq
3024 nt
NT seq
+upstream
nt +downstream
nt
atgaatgtagtaggaaaagttggaagtttgattactcaaggtgtgtattctgttgctacc
ccttttcatccttttgggggggcagttgatatcattgttgttcaacaacaagatggtagt
tttaggagcactccttggtatgtacagtttggtaaatttcaaggtgttcttaagggtgct
gaaaaaatggttcaaataaaagttaatggtattgaagctaactttcatatgcatcttgat
aattctggtgaagcttattttgtaagagaagctgtatcaattgaaaatggtgaggagaaa
caggtgttgaaggatgaaagggaacctactctagaatatagttttagtgtagataatagc
caatgtactataaataacgaaaatatcgaaaattttaggttgcaaagtactttgtctgat
ccggggatcttgtcggagaatttttcttctttcaataggttagaaaggaatgactctgat
gcttgtaggttttatgattttcaagatgatcagtcatttgatgactctatggagctgtca
tctgagtatggttctaatccatatgagaatatggaagttgtggagaattttgtggaagca
cagggatcagattcggaaatggttttggtgagtgtagatggtcacattttaacagcacct
atctcatcatctgagcataacggtgaaattgtgcaactggatacaccccaatttcaccta
ggaccaggtaaaggtaatgggttttgtgaagaagatagggagtttactgtgagtgagact
acatgggattctcaataccttaatgatctagaggcctcttccattaaaccgggttcttct
gaaaataacaatgctgatttacatcagggcttttccaatactgttaaaattgaagaacat
acctctgaaaatcaagaaagtgatggggaacatactcaactttcagaagtacgccatgac
gagggaactaacaaaatatatgagttagaatcgtgtgaagaaaacaaagaatttacccat
cgagaggccaaaccttcagtagtttgtttaaattctaggaacagtctatgcaaaaatgaa
gaaagtggggagatgagtgaacatgaagctggtggagatgagaaaatattgcatgaagac
ggtggagttgaggacacgcatcttccagcaggtttggacgatgaggagtgtccaaaccga
gacgaggatgataattgtaataagctccaaacgatagattcctacattcatagtgatatt
gaagatacatctcctagcagtaagaacgaagataaattcaggagctgtttggatttgacc
agtgctggtgtagacgaaaccttggaaagtgaggtatctaccttgcagtcccaagaagaa
gctgaatctacggaagaaaattctttgcagaacactcagtcattattaaataaggatgat
atgcagtttccaacagaaatatcaggtgatggtggatcaattaccaatactaacatggga
ggtgtggtggactcttcactttctttagtttgtgaaaacgagaaaagggagcataaagac
aatactttcacacctactgagaatgcatcagtgtgtaacgaggagccagccgcactaaat
ccgtcagtcaagattgatatatcaaatgaaagtgaagatcctaaacagcacaccggctgc
tcacccgagaggatcgaaacaaatctcaacccgacaatagagatctctctttgtcgtcat
ctccttcgtccaggaatgggattagctgctgctgatgaagcctttagtgcccatcgctta
tccgaggacgagtttagaagtacagcgtcatcattaattaaaaatgaaaaccttattatc
cgatacaacgggaaatacttgccgtgggagcaagctgctcccattgtcttgggaatggct
gtgtttggcgtacatcttcccattgagtccaatgatgctataccagtggaacaggaagtt
acatcaaacgtcgagcttcccgattctggaagtgcttctgggcgcagatggagactctgg
ccaattccatttcggagggtgaaaacacttccacgttcgacaagtaacacctcagaggag
gtgtttgttgactctgagtctgtttcacgaagcccatcaatcaacctaactcctacatct
gagagtggtactccgctatcagctactagttcaaagtcccctctcaagaaaattgtcagg
actaacatccccactaatgagcaaatatcatcattgaatctgaaggagggccaaaatgat
gtgactttcagtttcagtactagggtcctgggattacaacaggttgaagcacatatatat
ctttggaagtggaatgcgagaatcgttatatctgatgtggatgggactattactagatct
gatgtacttggtcaatttatgcctttggttggaaaggactggtcgcaatccggtgtggcc
cgcttgttttccgccattaaggaaaatggatatcaactacttttcctgagtgcgcgtgca
atcgtccaggcttatctaaccaagagttttttgtttaaccttaagcaagatggaaaaaca
ttgccaaacggacccgttgttatctcacctaatggattgtttccgtcattatatcgtgaa
gtaatccgaagagctcctcacgaattcaagattgcatgcttggaggacatcaaggctctc
tttccccccgattacaatccattttacgcgggatttgggaacagggataccgatgagctt
acttataaaaagatcggaataccaaagggcaaaattttcataatcaatccaaagggtgaa
gtagctattaatcatagaattgacgtgaagtcgtatacttcattgcatactctcgtgaac
gatatgttccctcctacgtcgatggttgagcaggtattagcgtatccaactaaacttttg
agctgtcaggtttgttttactccattcgactattcttttcacgactccatcattttccga
tgtatcattacaggaggattataa
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