Silene latifolia (white campion): 141605156
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Entry
141605156 CDS
T11116
Name
(RefSeq) phospholipase D gamma 1-like isoform X1
KO
K01115
phospholipase D1/2 [EC:
3.1.4.4
]
Organism
slaf Silene latifolia (white campion)
Pathway
slaf00564
Glycerophospholipid metabolism
slaf00565
Ether lipid metabolism
slaf01100
Metabolic pathways
slaf01110
Biosynthesis of secondary metabolites
slaf04144
Endocytosis
Brite
KEGG Orthology (KO) [BR:
slaf00001
]
09100 Metabolism
09103 Lipid metabolism
00564 Glycerophospholipid metabolism
141605156
00565 Ether lipid metabolism
141605156
09140 Cellular Processes
09141 Transport and catabolism
04144 Endocytosis
141605156
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
slaf04131
]
141605156
Enzymes [BR:
slaf01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.4 Phosphoric-diester hydrolases
3.1.4.4 phospholipase D
141605156
Membrane trafficking [BR:
slaf04131
]
Exocytosis
Calcium ion-dependent exocytosis
Phospholipases
141605156
Endosome - Golgi transport
Others
Others
141605156
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PLD_C
PLDc
C2
PLDc_2
Motif
Other DBs
NCBI-GeneID:
141605156
NCBI-ProteinID:
XP_074279921
LinkDB
All DBs
Position
10:complement(12723361..12764105)
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AA seq
1130 aa
AA seq
DB search
MEPYSYRYPPPPISEAYPPPSPQHGPFPFPYPNPNPNQYTPNPYTAPYQYPHQNPYPYQS
PPPAYPYPHPYPSQPNYPSQPPRAVSYSGHVPHVGAGAPPAPTFQHSSSLQYDSSHYQYS
DSGVYPSPNATPQPQPQPQPPFRSHSLGGGLPSNSVGNVGTSEAIMYPPLEDLVADLRVS
NGRPSVPASPSAPSVALVGNSPMRYESSSGADTGLHHGRTSIPASPSAFSGPLLGSSPMA
YGSSSGELGNHSYYNRPFSRSPSWDSCFSCADSSSGDGMQLVPSQKGSMKVLLLHGNLDI
WVYGAKNLPNMDLFHKTLGDMISKLPGRVTNKIEGHVARKITSDPYVSIALSHAVIGRTY
VIPNEENPEWMQHFNFPVAHHAAEVHFLVKDSDVVGSQLIGSVSIPVEQIYLGAKVEGTF
PIVNGSGKQCKPGAVLSISIQFSPIRNLSIYHHGVGAGPNYEGVSGTYFPLRKAGRVTLY
QDAHVPDGFLPEFNLDRGMKYVHGKCWQDIYDAIRQAKRLVYIIGWSVWHKVRLVRNGGN
PESECSLGDLLRSKSAEGVRVLLLVWDDPTSRSILGYRTDGIMATHDEETRRFFKNSSVQ
VLLCPRVAGKRHSWVKKTEVSTIYTHHQKTVIVDADAGNTRRKIIAFVGGLDLCDGRYDT
PDHPILRSLQTTHKDDYHNPCFQGSTAGCPREPWHDLHCKIDGPAAYDVLTNFKDRWLKA
SKPHGIKKLKMSYDDSLLRIERLPEIIQIDEVSSLTEDDPESWHVQVFRSIDSNSTVGFP
SPKEATSRNLICGKNVLIDMSIHTAYVQAIRSAQHYIYIENQYFIGSSYNWDAHRDLGAN
NLIPMEIALKIAEKIRAHERFAAYIVIPMWPEGVPNGAATQRILYWQNKTMQMMYETIFK
ALVEVGLEEAYTPQDYLNFFCLGNREGPDGSPGLVGPHKPNSPQALSQKSRRFMIYVHSK
GMIVDDEYVILGSANINQRSMEGTRDTEIAMGAYQPHHTWARKSAHPFGQIYGYRMSLWA
EHLGLLEDCFTEPETVECVRKVRTIGEKNWKQFAAEDPREMTSHLLKYPVDVDRRGKVRP
LPGCENFPDLGGSICGSLVVVSRAVRAIPQDIVNRLLGLILIHALGTVSS
NT seq
3393 nt
NT seq
+upstream
nt +downstream
nt
atggagccatattcatatagataccctccaccaccaatttctgaggcatacccacctcca
tcaccccaacatggtccgtttccgtttccgtatccgaatccgaatccgaatcaatatact
ccgaatccatatactgccccatatcaatatccacatcaaaatccgtatccataccagtca
ccaccaccagcgtatccatatccgcatccatatccatcacaaccgaactatccgagtcaa
ccacctagggctgtgtcatattctggacatgtacctcatgttggtgcaggtgcaccacct
gcaccaacttttcagcacagtagtagtttacagtatgattcatctcattaccaatactcg
gattctggtgtgtatccttcaccaaatgccactccacaaccacaaccacaaccacaaccg
cctttccggagtcatagcttaggtggtggactgccctctaatagtgtaggcaatgttgga
acgtcggaggctataatgtaccctccattggaagatctggtggctgatttgcgagtatct
aatggtcggccatctgtccctgcctcgccttctgcgccttctgtggcattggtgggaaac
tcgcctatgcgatatgagagttcaagtggggcagatacgggattacatcatggtcggaca
tctatccctgcttcgccttctgctttttctgggccattgctgggaagctcgcctatggca
tatgggagttcgagtggggaattaggtaaccacagctactacaatagaccattttcgaga
agtcctagttgggatagttgtttttcttgtgcggattcatctagtggtgatggtatgcag
cttgttccgtcccagaaagggtccatgaaggttttgcttttacacggaaatctggatata
tgggtctatggagcaaagaaccttccaaatatggacttgtttcataaaacactgggtgac
atgattagtaagctgcctggacgggttacgaacaagattgagggacatgtagctcgtaag
atcacaagtgacccgtacgtatctatagctttatcacacgctgtaatagggaggacctat
gtgattcctaatgaagaaaatccagagtggatgcaacactttaattttcctgtggcacat
catgctgccgaagtgcacttcttagtaaaggacagtgatgttgtggggtcgcagcttatt
ggaagtgtatcaattcccgtggaacaaatttacttgggagcaaaagttgagggcacattt
cctattgtgaatggtagtggaaagcagtgtaagcctggggctgtcttgagtatttcaatc
caattttcacccatcaggaacctaagcatataccaccatggagttggtgcgggtcccaat
tatgaaggcgtgtctggcacatattttcctcttaggaaagcgggaagagtaactctctat
caagatgcgcatgtcccggatggtttccttcctgagtttaaccttgacaggggaatgaaa
tatgtgcatggaaaatgttggcaggatatttatgatgctatacgccaagctaaacgactg
gtatacattatcgggtggtccgtttggcataaagttagacttgtacgtaacggtggtaac
cctgaatcagagtgcagcctgggagatcttcttaggtcaaagtcagctgaaggagtgagg
gttttgcttcttgtgtgggacgatcctacctctagaagcattttgggctatagaacggat
gggatcatggcaacccacgatgaggagacccgaagattctttaaaaactcatctgttcaa
gtgctactttgtcctcgcgttgccgggaaaagacatagctgggtcaagaaaacggaagtc
tcgacgatatatacacatcaccaaaagactgtgattgtggacgctgatgctggcaacacc
aggcgaaaaatcattgcgtttgtcggtggccttgacttgtgtgatggaagatatgatact
ccagaccatcctattcttagatctctgcaaactacacataaagatgattatcacaatccc
tgtttccaaggctctactgcaggctgcccaagagaaccgtggcatgatctgcattgtaaa
atagacggccctgcagcatacgatgttcttactaacttcaaggaccgctggttaaaggca
tcaaaaccgcatgggatcaagaagttgaaaatgtcgtacgatgattctttattaagaatc
gaacgcttgcctgaaataattcagatagatgaagtttcaagccttactgaagatgatcct
gaatcctggcatgtgcaggttttccggtcgatcgattccaattctacggtaggatttccg
agtccaaaggaagctaccagcaggaatttgatctgtgggaaaaatgtgctgattgatatg
agcatacatacagcatacgtccaggctattcgatctgctcagcactacatttatattgag
aatcagtatttcataggttcttcatacaattgggatgcccacagagacttaggagcgaac
aatttgattcccatggaaattgctctcaagattgctgaaaagatccgagctcatgagaga
tttgctgcatatattgttatcccgatgtggccagagggtgtccctaatggtgctgccact
caacggattctctattggcagaacaaaaccatgcaaatgatgtatgaaaccatctttaag
gctctagtagaggtggggcttgaggaagcttatacaccacaagattacttgaacttcttt
tgcctcggcaaccgtgaaggtccagatggaagtcccggtctcgtaggtcctcacaagcca
aacagccctcaggctttatctcaaaagagccgaagattcatgatttatgtccactctaaa
ggcatgatagtggatgatgagtatgtgatattgggttctgcaaacatcaaccagcgatca
atggagggaacaagagacaccgagattgcaatgggagcctatcagcctcatcatacatgg
gcgagaaagtcagcgcatccattcggccagatatatggttataggatgtccctttgggca
gagcaccttggacttctcgaggactgcttcactgagcccgaaacagtggagtgtgtaagg
aaagtaagaacaataggggagaagaattggaaacaatttgcagccgaagatccaagagaa
atgacgagtcaccttctaaagtacccggttgatgtcgatagaagggggaaggtgagacct
cttcctggttgtgaaaattttcctgatcttggtggaagtatttgtggttcactagttgtt
gtatcgcgcgcggtgcgcgcgataccccaagatattgtgaatcgtttacttggattaatt
ttgattcatgcattgggtacggtttcctcgtga
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