Cryptomeria japonica (Japanese cedar): 131066592
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Entry
131066592 CDS
T10556
Name
(RefSeq) phosphatidate phosphatase PAH2
KO
K15728
phosphatidate phosphatase LPIN [EC:
3.1.3.4
]
Organism
cjf Cryptomeria japonica (Japanese cedar)
Pathway
cjf00561
Glycerolipid metabolism
cjf00564
Glycerophospholipid metabolism
cjf01100
Metabolic pathways
cjf01110
Biosynthesis of secondary metabolites
Module
cjf_M00089
Triacylglycerol biosynthesis
Brite
KEGG Orthology (KO) [BR:
cjf00001
]
09100 Metabolism
09103 Lipid metabolism
00561 Glycerolipid metabolism
131066592
00564 Glycerophospholipid metabolism
131066592
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
cjf01009
]
131066592
Enzymes [BR:
cjf01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.4 phosphatidate phosphatase
131066592
Protein phosphatases and associated proteins [BR:
cjf01009
]
HAD phosphatases
Other HAD phosphatases
131066592
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
LNS2
Lipin_N
Lipin_mid
LNS2_PITM1-3
HAD_PNKP
APP1_cat
Motif
Other DBs
NCBI-GeneID:
131066592
NCBI-ProteinID:
XP_057857383
LinkDB
All DBs
Position
10:246334008..246403153
Genome browser
AA seq
1635 aa
AA seq
DB search
MYAVGRLSNYISQGVYTVAAPFHPFGGAVDIIVVQQEDGTFKCSPWYVKFGKFQGVLKRR
EKIVSVAVNGEQADFHMYLDNKGEAFFWKEVESDEEENSIFSPPSAQSSSDEVAMDQQSS
GRRVSFKEDDSKDEEKPSGDVLTNSPPSDSIMVCESKEETLSSFYNQTPDSDGKQIESEP
PDSNVSKSTSSIAKNGVKNSAVLSKSPSRRKSIFNFVFRRSKRLSESQIMSDTDQSDGQY
EGTDIIRRSSLERAEIVANLLDSKWATGDKPNKEETTGEKSMEMNLFSTSSGDSPDKKGT
MSNKLMEMDSFSALSGDSTIKEGTLGERSIRVNLFSASSDDCADKEETLDEKSVAINSIS
NSSANDAQPLEQTMEKTNSGVARSSGSTTNNEETVGVKSMEINSFSNWPGYSVDKEEILD
ERPVGMNPIYSSSADDAQPLEQTKEMTISNDSCSSFSSTKDSGDSITKYNDSRNPGESTW
EDSSQVICNRDIGLTAENDACGNGMLEHSIQHDDSETYHFSSETDIFSMEGTLSEFNKLG
QQTSGIDVAQLYQNSDLDIPNPVNPSNVIADVESCLGTFGEFSEQTFAKDVVSQSGNSSC
DQEQFSSPQLKTLNSVELSSSSIDVVLTCIKDSQDAITVHISTLDLASEVSHSSCHIQDV
SPNLESNVKSEIIINTQQVVDDTHVESTEYGSDKQEQMEHKEHQEEDMQQVITLVKPDNP
SSDCNTSMSLSDIQPGSCYLSGSLLESADGSDSYAETGKVTMSLQQVPDAVIEPTIGRGD
DEGEQNNCRIKSENLAVICGIPQKELDISLCDCDAARENGTHDQKMVPDKASSVLSCQLY
LVGDPDTCTETNDEGQQTLQQILDIAVKPVMEGRNDETEKNVSSAKTDEEATIPVMPPSK
ELVGSFCDFDTPRENRADENLVSEEAFSCTNPQEDVDVALTCNNISDDKLDDTSRLEFRM
QYDLSASLSVSEHYEVHNLDLVFSNNNLVKADKCCVQSKETYSNQMVRSESREDLELTFN
DEYVLNGCLALSELKPQTKEGTREHSVPFLTGQVEKMHKQTGNDYQSEELVLSVQLHDEH
HTIPSLNANGMDVTDDCNLEHSNGNVSQVSRAEAIPINIPGLHMEGRGDAIQESGSLPNL
KNHFLDIEKVDTDRVYSRSLDFNPDCLKQEISCENHFPNFENIESRTFEKETVHGWATTE
ASTESLKNWNITETATARVQPITGVELSLCRHLLFEGMGSDAASQAFDSFRVSAEQFHNS
GPAITKNENLVVKIGGHYFPWDAAAPIILEMVSFGLEGPVQSKGAIHVERVEKALEKYAS
DSFVSPRGGWKILHSLFRRSKVPQRSFSAQTIPRNDLLGESQVALQDSFDGSLNDYYRKT
GKRKMRSNTPTSEQLASLNLKEGQNIITFTFSTRVLGKQQVDARIYLWKWNTRIVVSDVD
GTITKSDVLGQFMPLVGKDWTQSGVAHLFSAIKDNGYQLLFLSARAIAQAYLTRQFLLNI
KQDGKALPDGPIVISPDGLFPSLYREVIRRAPHEFKIACLEDIRRLFPLDSNPFYAGFGN
RDTDEISYLKVGIPKGKIFIINSKGEIAVNHRVDTKSYTSLHTLVNGMFPAMSSSEQEDF
NSWNYWKTPLPDIDV
NT seq
4908 nt
NT seq
+upstream
nt +downstream
nt
atgtatgcggttgggaggctgagcaattacatttcacagggcgtttacactgttgccgcc
cccttccatccttttgggggtgctgtggacataattgttgtgcagcaggaggatggaaca
ttcaaatgctcgccttggtatgttaagtttggtaaatttcaaggggttctgaagcgccgt
gagaagattgtgtctgtggcagtcaatggggaacaagctgatttccacatgtatttggat
aataagggggaagcatttttctggaaagaggtggagtctgatgaagaagaaaattccatc
ttttctcctcccagtgctcaatcttctagcgatgaagtggctatggaccagcagtccagt
ggaagaagagtcagctttaaggaggatgattcaaaggatgaagaaaaaccttcaggtgat
gtcttgacaaattctcctccttcagatagtattatggtatgtgaaagcaaggaagaaact
ttgagttcattttacaatcagacccctgattcagatggaaaacagatagaaagtgagcca
ccggatagcaatgtctcaaaatccacttcttcgattgcaaagaatggtgtgaaaaacagt
gcagttctttcaaagtcaccttctaggaggaaatcaatattcaactttgtcttcagaagg
tctaagaggttatctgaatcacaaattatgtcagatactgatcaaagtgacgggcagtat
gagggaacagatattatcagaagaagttcactagagcgggcagagatagtagccaacctt
ttggattccaaatgggccacaggtgataaacccaacaaggaagagactacgggtgaaaaa
tcaatggaaatgaatctcttttctacttcatctggtgatagtcctgacaagaaagggact
atgagcaataaattaatggaaatggattccttttctgccttatctggtgatagtacaatc
aaggaagggactttgggtgagagatcgattagagtgaatctcttttctgcttcatctgat
gattgtgctgacaaggaagagactctggatgagaaatcggtggctattaattctatctct
aattcatctgctaatgatgcacagcctcttgagcaaaccatggaaaagacgaattcaggt
gttgcccgttcatctggtagcactacaaacaatgaagagactgtgggtgtgaaatcaatg
gaaattaattcattttctaattggcctggttatagtgttgacaaggaagagattttggat
gagagaccagtgggaatgaatcctatctatagttcttctgctgatgatgcacagcctctt
gagcaaaccaaggaaatgactatttccaatgattcttgttcatccttttcttctactaag
gattccggggacagtattacaaagtacaatgattcaaggaatccaggtgaatcaacatgg
gaggattcttcacaagtaatatgcaaccgtgatattggactgacagctgagaatgatgca
tgtggtaatggaatgctagaacattctattcagcatgatgattcagagacatatcatttc
tcttcagagactgatatattctcaatggaaggaaccttaagtgagtttaataaacttggg
caacaaacttctggaattgatgttgctcagctttaccagaactctgatttagatatccct
aatccagtaaacccatccaatgtcattgcagatgtggaaagctgtttgggcacatttggt
gagttcagtgaacaaacttttgcaaaggatgttgtttcccagagtgggaattcttcatgt
gatcaagaacagtttagttctccacaactaaagactcttaattcagtagaattaagcagc
agtagcatagatgtggtcttaacatgcataaaggacagtcaggatgcaataacagtacat
atttctacactggacctggcctctgaggtttcccattcaagctgccacatacaagatgtt
tctcctaatctagaatcgaatgtaaaatctgagataattattaacacgcagcaggtggtg
gatgacacacatgtggagtctactgaatacggttctgataagcaagaacagatggaacac
aaagaacaccaagaggaagatatgcaacaagtcatcactctagtcaagccagacaatccg
tctagtgactgtaacacatccatgtcattgtcagatattcagcctgggagttgttattta
agtggaagtctattggagtcagcagatggttcagactcatatgcagaaacaggtaaggta
acaatgagtttacaacaggtaccagatgctgtaattgaacctaccataggcaggggagat
gatgaaggagaacaaaacaattgcaggataaaatcagagaatctagctgtcatttgtggt
atccctcaaaaggagttagatatatctctttgtgattgtgatgctgccagagaaaatgga
acgcatgatcagaaaatggtacctgacaaagcatctagtgtacttagctgtcaattatat
ctggttggtgatccagatacatgtacagaaactaatgatgagggacaacagactttacaa
cagatcctagatattgcagttaaacccgtgatggagggtagaaatgatgaaacagaaaaa
aatgtgagcagtgcaaaaacagatgaggaagccaccattcctgttatgcctccttcaaaa
gagttggttggatctttttgtgattttgacacccccagagaaaacagagctgatgagaat
ttggtatctgaagaagccttcagctgcacaaatccacaggaagatgtggatgttgctttg
acttgtaataatataagtgatgataagttagatgatacatcgagactagaatttcggatg
caatatgacttgagtgcttctcttagtgtttccgagcattatgaagtacacaacttagat
ttggtttttagcaacaacaatttagtaaaagctgacaagtgctgtgtgcaaagcaaggaa
acctattcaaatcaaatggtaaggagtgagagcagggaagatctggaattgacctttaat
gatgaatatgtcttgaatggctgtttagcactttctgaactgaagccgcagaccaaggaa
ggaacaagagagcacagcgtgccctttctgacaggacaagtagagaaaatgcacaaacag
actggaaatgactatcaaagtgaagaactagttctttctgttcagctgcatgatgagcat
cacacaattcccagtttgaatgcgaatggaatggatgttacagatgactgcaacttggaa
cattcaaatggcaatgtatctcaggtatcgagggctgaagctatccctattaatatacct
gggctgcacatggaaggcagaggagatgctatacaagagtcaggctccttacctaatttg
aaaaaccatttcttggatatagaaaaggtagatactgatcgtgtatatagtcggtcccta
gattttaatcctgactgcttaaaacaagaaataagttgtgagaaccatttccctaatttc
gaaaatatagaatcaagaacttttgagaaagaaacagtacatggctgggccacaacagaa
gcttctactgaaagtttgaaaaattggaatataacagagactgcaactgcaagggttcaa
cctattactggtgttgaactttctctttgtaggcacctactctttgaaggaatgggaagc
gatgctgcatctcaggcttttgattctttccgggtgtcagcggagcagtttcataattca
ggtccagccattacaaagaatgaaaaccttgttgtgaaaattggaggtcattatttccct
tgggatgcagctgcacccataattttagaaatggtttcttttggtctggaaggcccagtt
caatcaaagggtgctatacatgttgagcgagtagaaaaagcattagaaaagtatgcatct
gactcttttgtttcacctcgtggtggttggaaaatcttgcattctctgttccggagaagt
aaggttcctcaaagaagcttctctgcccagacaataccaagaaatgatttgcttggtgag
tctcaagttgctttgcaagattcctttgatgggtcattgaatgactattataggaaaact
ggtaaaagaaaaatgcggtcaaatactccaacatcagaacaattggcatccttgaacctt
aaagaaggacagaacataatcacctttacattttcaacaagagtgctcggcaagcaacag
gtggatgctcgaatttatttatggaagtggaatacacgaatagttgtttcagacgttgat
ggcactattaccaaatctgatgtgcttggtcagttcatgcctttggtgggaaaggattgg
acacaatcaggtgtagctcatcttttctcagctatcaaggataatggatatcagttgctg
ttccttagtgctcgtgcaatagctcaggcatacctcacaaggcagtttcttctcaatatt
aagcaggatggtaaggccttacctgatggtcctatagtgatctctccagatggactattc
ccatctttgtatcgagaagtgatacgaagagctcctcatgagttcaagattgcatgcctt
gaggatatcagaagattatttccacttgacagcaatccattttatgcaggatttggaaac
agagatacagatgaaattagttatctaaaagtcggaataccaaaaggcaaaatttttatc
attaactcaaagggtgagattgctgtgaaccatcgtgtagacacaaagtcatacacatca
cttcatacacttgtcaatggcatgttcccagccatgtcatcatcggaacaggaggacttc
aattcatggaattactggaaaactcctctccctgacattgatgtttag
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integrated database retrieval system
