Ailuropoda melanoleuca (giant panda): 100465923
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Entry
100465923 CDS
T01329
Symbol
LPIN1
Name
(RefSeq) phosphatidate phosphatase LPIN1 isoform X1
KO
K15728
phosphatidate phosphatase LPIN [EC:
3.1.3.4
]
Organism
aml
Ailuropoda melanoleuca (giant panda)
Pathway
aml00561
Glycerolipid metabolism
aml00564
Glycerophospholipid metabolism
aml01100
Metabolic pathways
aml04150
mTOR signaling pathway
aml04936
Alcoholic liver disease
Module
aml_M00089
Triacylglycerol biosynthesis
Brite
KEGG Orthology (KO) [BR:
aml00001
]
09100 Metabolism
09103 Lipid metabolism
00561 Glycerolipid metabolism
100465923 (LPIN1)
00564 Glycerophospholipid metabolism
100465923 (LPIN1)
09130 Environmental Information Processing
09132 Signal transduction
04150 mTOR signaling pathway
100465923 (LPIN1)
09160 Human Diseases
09167 Endocrine and metabolic disease
04936 Alcoholic liver disease
100465923 (LPIN1)
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
aml01009
]
100465923 (LPIN1)
Enzymes [BR:
aml01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.4 phosphatidate phosphatase
100465923 (LPIN1)
Protein phosphatases and associated proteins [BR:
aml01009
]
HAD phosphatases
Other HAD phosphatases
100465923 (LPIN1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
LNS2
Lipin_N
Lipin_mid
APP1_cat
Motif
Other DBs
NCBI-GeneID:
100465923
NCBI-ProteinID:
XP_019658812
Ensembl:
ENSAMEG00000012767
LinkDB
All DBs
Position
4:complement(135979330..136049811)
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AA seq
956 aa
AA seq
DB search
MNYVGQLAGQVFVTVKELYKGLNPATLSGCIDIIVVRQPNGSLQCSPFHVRFGKMGVLRS
REKVVDIEINGESVDLHMKLGDNGEAFFVQETDNDQEVIPMYLATSPILSEGASRMECQL
KRSSVDRIRNLDPNASAQALPPSEASSSSSLVKKRRKRRRKSQLDTLKRDDNTNTSEDED
MFPIEMSSDDQADPLDGSRTLPSDIPAFQEDVSKESPSPIMTYPQSASYPNSDREWSPSA
SSPIDCQRTAARLAVAAEGGLSSSCPPQSSHFHTSESPSGSRPSTPKSDSELVSKATDRT
TQKNNLEMLWLWGELPQAAKSSPHKMKDCSPLNSRKICDKMHFQTIQSESSDAFSDQSPT
LARPPVLSVPEPGKPPTEMQFVNEEDVEALGAAAPPLPTIEEPKPLSASVAPTASKTDSP
SRKKGGRPACRSSFCADVVLCTFPIFPSEVPNKRSRHLGADGVYLDDLTDMDPEVAALYF
PKNGDPSGLAKHTSDNGARSANQSPQSVGSSGIDSGVESTSDSLRDLPSIAISLCGGLSD
NREITKDAFLEQAVSYQQFVDNPALIDDPNLVVKIGNKYYNWTTAAPLLLAMQAFQKPLP
KATVESIMRDKMPRKGGRWWFSWRGRNTTIKEESKPEQGLAGKSHSTGEQPSALSMATRI
KHESSSSDEERAAAKPSSAGHLPLLSSVSYRKTLRLTSEQLKSLKLKNGPNDVAFSVTTQ
YQGTCRCEGTIYLWNWDDKVIISDIDGTITRSDTLGHILPTLGKDWTHQGIAKLYHKVSQ
NGYKFLYCSARAIGMADMTRGYLHWVNERGTVLPQGPLLLSPSSLFSALHREVIEKKPEK
FKVQCLTDIKNLFFPNTEPFYAAFGNRPADVYSYKQVGVSLNRIFTVNPKGELVQEHAKT
NISSYVRLCEVVDHVFPLLKRSHSSDFPCSDTFSNFTFWREPPPPFENQDVHSASA
NT seq
2871 nt
NT seq
+upstream
nt +downstream
nt
atgaattacgtggggcagttggcgggccaggtgtttgtcaccgtgaaggaactctacaag
gggctgaatcctgccaccctgtccggatgcatcgatatcatcgttgtccgccagcccaac
gggagcctccaatgctcccctttccacgtgcgctttgggaagatgggggtcctgcgttcc
cgagagaaagtggttgacatagaaatcaacggggaatccgtggatttgcacatgaaattg
ggagataacggagaagcattttttgttcaagagactgataacgatcaggaagtgatcccc
atgtacctggccacctcccctatcctgtcggagggagcctcacgcatggagtgccagctg
aaaaggagctctgtagacaggatcagaaacctggaccccaacgcgtcagcccaggcctta
cctcccagtgaggcctcttccagcagctctttagtgaagaagagaaggaaaaggaggaga
aagtcccagctggacaccttgaaaagagatgacaacacgaacacatctgaggatgaggac
atgtttcccatcgagatgagctcggacgaccaggccgacccgctggacggcagtagaact
cttcctagtgatatacccgcattccaagaagatgtttctaaggaaagcccttcccccatc
atgacttaccctcagtcagcatcgtaccctaattctgatagagagtggtcacccagcgct
agtagcccgatagattgccaaaggactgctgcccgcctggcagttgcggccgagggaggc
ctttctagctcttgccctccacagtcttcccacttccatacttcggaaagtccctcaggt
tctcgaccttcaacacctaaaagcgattcagagttggtcagtaaggccaccgataggacg
acgcagaaaaataacctagaaatgctctggctttggggagaattgccacaagctgcgaag
tcatctccacacaagatgaaagactgcagcccgttaaacagtagaaaaatctgtgataag
atgcactttcagaccattcagagtgaatcttcagatgcgttcagtgaccagtcgccaacc
ctggccaggcctcccgtgctgtctgttccagagccgggcaagcctcccacggagatgcag
tttgtgaacgaagaagatgtcgaggccttgggggcggcagccccgcctttacctacgatc
gaagaacccaaacccctctctgccagtgtagccccgacagcaagcaagacggactctcct
tccaggaaaaaaggtgggaggccggcatgtcgcagctccttctgcgcagatgtggtgctc
tgcacgttcccgatctttccctcggaagtcccaaacaaacgaagcagacatcttggtgct
gacggcgtctacttggatgacctcacagatatggatcctgaagtggcagccctgtatttt
cccaaaaatggagatccttcagggctcgccaaacacaccagcgacaacggagcccggtca
gccaaccagtccccgcagtccgtgggcagctctggcatcgacagcggcgtggagagcacc
tcggacagcctgagggacctgccgtccatcgccatctccctgtgcgggggcctcagtgat
aaccgggagataaccaaagatgcatttctggaacaagccgtgtcctatcaacagtttgtg
gacaacccggctctcatcgatgaccccaatcttgtggtgaagatcgggaataaatactat
aactggacgacagcagcgcctctgctcctggcaatgcaggccttccagaaacctttgcca
aaggccactgtggaatctatcatgagggataagatgcccagaaagggaggaagatggtgg
ttttcatggagaggaagaaataccacaatcaaagaggaaagtaagccagagcagggcttg
gctgggaagagccatagcactggggagcagccgtcagcgcttagcatggccaccagaata
aagcatgaatcatcctccagtgatgaagagcgcgcagcggccaagccatcaagtgcaggc
cacctccccctgttgtccagtgtcagctacaggaagaccctccggctcacttcagagcag
ctgaaaagcttgaagttgaagaatggccccaacgacgtggcgttcagcgtgaccacgcag
taccaaggcacgtgtcgttgcgagggcaccatctatctgtggaactgggacgacaaagtc
atcatctcagacatcgacgggaccatcaccaggtcagatactcttggccacattctgccc
accctgggcaaggattggacccaccagggcatcgctaagctgtaccataaagtgagccaa
aacggctacaagtttctctactgttctgcgcgggccatcgggatggcggacatgacgagg
ggctacctgcactgggtcaacgagaggggcacggtgctgcctcaggggcccctgctgctg
agcccaagcagtctcttttcggccttgcacagagaagtgattgagaagaagccggagaag
tttaaagtccagtgtttgaccgacatcaaaaacctgttttttccaaatacagaacctttt
tatgctgcttttggaaaccgaccggctgatgtgtattcgtataagcaagtaggagtgtct
ttgaacagaatatttactgtcaatcccaaaggagaacttgtgcaggaacacgcaaagacc
aacatctcctcgtacgtgagactctgcgaagtggttgaccacgttttcccattgctgaag
agaagccattcttcggacttcccctgctcagacacgttcagtaatttcaccttctggaga
gagccgccgccaccttttgaaaaccaggatgttcattccgcctcagcgtaa
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