Ficedula albicollis (collared flycatcher): 101820022
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Entry
101820022 CDS
T02815
Symbol
PLD1
Name
(RefSeq) phospholipase D1
KO
K01115
phospholipase D1/2 [EC:
3.1.4.4
]
Organism
fab
Ficedula albicollis (collared flycatcher)
Pathway
fab00564
Glycerophospholipid metabolism
fab00565
Ether lipid metabolism
fab01100
Metabolic pathways
fab04144
Endocytosis
fab04912
GnRH signaling pathway
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09100 Metabolism
09103 Lipid metabolism
00564 Glycerophospholipid metabolism
101820022 (PLD1)
00565 Ether lipid metabolism
101820022 (PLD1)
09140 Cellular Processes
09141 Transport and catabolism
04144 Endocytosis
101820022 (PLD1)
09150 Organismal Systems
09152 Endocrine system
04912 GnRH signaling pathway
101820022 (PLD1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
fab04131
]
101820022 (PLD1)
Enzymes [BR:
fab01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.4 Phosphoric-diester hydrolases
3.1.4.4 phospholipase D
101820022 (PLD1)
Membrane trafficking [BR:
fab04131
]
Exocytosis
Calcium ion-dependent exocytosis
Phospholipases
101820022 (PLD1)
Endosome - Golgi transport
Others
Others
101820022 (PLD1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PLDc
PX
PLDc_2
PH
DUF3785
Motif
Other DBs
NCBI-GeneID:
101820022
NCBI-ProteinID:
XP_005051355
UniProt:
U3K1D4
LinkDB
All DBs
Position
9:22077029..22136397
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AA seq
1075 aa
AA seq
DB search
MSLKAESHAATSTLKKLAADMSNIIESLDTRELHVEGEEVDAEVLTDPKGTVCIPFSAIY
HTHGFKEPGTQTYLTGCPVRVRVLEVERFTSTKKVPSPNVYTIELTHGEFVWHVKRKFKH
FQEFHRELLRYKAFVRIPIPTRSHTVRRQSIKRGEPRQMPSLPHTAESTVREEHFSSRRK
QLEDYLTNILKMPMYRNYHGTMEFVGVSQLSFIHDLGPKGIEGFIMKRSGGHRIPGLNCC
GQGRMCYRWSKRWLVVKDSFLMYMKPDSGAISFVLLVDKEFNIKIGQKETETKYGLQIDN
LSRSLILKCNSYRHAQWWRQGIDEFVRKHGKDFLTEHRFGSYAAVQENTLAKWYVNAKWY
FEDVANAMEAAKEEIFITDWWLSPEIFMKRPVVEGNRWRLDCILKRKAQQGVRIFVMLYK
EVELALGINSEYSKRTLMHLHPNIKVMRHPDHVSSSVYLWAHHEKLVIVDQSVAFVGGID
LAYGRWDDDEHRLTDVGSVKRAAAAKSVSTANLASAAESTEHVPLQPQTLAPESHLFERN
ADDAPDTSKMKGVGKPKKFSRFSIYKHLHKHGMHHADSVSSIDSESSYSSPTRSQPNIIQ
SLRPHLKMFHHHSESKQGLTEPREDKGSIRSLKTGVGELLGETRFWHGKDYCNFVFKDWV
QLDKPFADFIDRYTTPRMPWHDISSVVHGRAARDVARHFIQRWNFTKIMKPKYRSLSYPF
LLPKSQQTAHELKYQVPEAVPATVQVIRSAADWSAGIKYHEESIHKAYISVIENSKHYIY
IENQFFISCADDKVVWNKIGDAIAQRILKAHRENKRFRVYVVIPLLPGFEGDISTGGGNA
LQAIMHFNYRTMCRGENSILGQLKAEVGDKWINYISFCGLRTYAELEGKLVTELIYVHSK
LLIADDNTVIIGSANINDRSMLGKRDSEMAIIVQDSDTVPSLMDGREYHAGRFAQSLRLR
CFRVVLGGSDLNPEHQDPVCDKFFKEVWIATAARNATIFDKVFRCLPSDQVNNLTQLRDF
INKPKLANDDPAKAAEELKKIRGFLVQFPFRFLEEEYLLPSVGTKESMVPMEVWT
NT seq
3228 nt
NT seq
+upstream
nt +downstream
nt
atgtctctgaaagcagaaagccatgcagccacatccacgctgaagaaactcgctgcagac
atgagcaacatcatcgagagcctggacaccagggagctccatgtggagggggaggaggtg
gatgcagaggtgctcactgaccccaaaggcaccgtgtgcattcccttctctgccatctac
cacacccatgggttcaaggagccgggcacgcagacgtacctcacgggatgtcctgtccga
gtgcgtgtgttggaagttgaacgcttcacttccaccaagaaggtaccgagccccaatgtt
tacaccatcgagctgacccatggagagttcgtctggcacgtgaaaaggaagttcaagcac
ttccaggagtttcacagggagctgctgaggtacaaagcctttgtacgcatccctatcccc
accaggagtcacacggtgagaagacaatccatcaaaaggggagagccgaggcagatgccg
agtctgccgcacacggcggagagcacggtgcgggaggagcacttctccagcaggaggaaa
cagctggaggactacttgacaaatattctgaaaatgccaatgtacaggaactaccatgga
acaatggagtttgttggagtaagccagctgtcattcatccatgacctgggaccgaagggc
atagaagggttcatcatgaagcgctccgggggccaccgcattcccggcctgaactgctgc
ggccaagggaggatgtgctaccgctggtccaaaaggtggctggtggtgaaggactcattc
ctgatgtacatgaagcctgattcaggggccatttcctttgtcctgctggtcgataaggaa
ttcaacatcaagataggccagaaagaaacagaaactaaatacgggttgcagattgacaat
ctctccaggtcgctgattctgaagtgtaacagctacagacatgcccagtggtggaggcag
ggcatagacgagttcgtccggaaacacggcaaggactttctgacggagcatcgcttcggc
tcctacgcggccgtgcaggagaacaccctggccaagtggtatgtcaatgccaagtggtac
tttgaagacgttgcaaatgccatggaagctgctaaggaagaaattttcatcacagattgg
tggctgagcccggaaatcttcatgaagcgaccggtggtggaagggaatcgctggaggctg
gactgcatcctcaagaggaaagcacaacaaggagtgagaatttttgttatgctgtacaaa
gaggtagagcttgccctggggatcaacagtgaatacagcaagcggaccctcatgcacctc
catccaaacatcaaggtgatgaggcacccagaccacgtgtcctcctccgtgtacctgtgg
gcccaccacgagaagctggtgatcgttgaccagtcggtggcgtttgtgggtggcattgac
ctggcctacgggcgctgggacgacgacgagcaccgcctgaccgacgtgggcagcgtcaag
cgcgccgccgccgccaagtcggtgtccaccgccaacctggcatctgcagcagagtcgact
gaacatgtcccactgcagcctcaaactctggccccagagagccatttgtttgagagaaat
gctgatgatgccccggacacatcaaaaatgaaaggagtaggaaaacccaaaaagttttca
aggttcagcatttacaagcacctgcacaagcacggcatgcaccacgctgacagcgtcagc
agcatcgacagtgagtcaagttactctagtcccactaggagccaaccgaatataatccag
agtttaaggccccatctgaaaatgttccatcaccacagtgaatccaaacaggggctcact
gagcctcgggaggataaaggatccatccgtagcctgaagacgggtgttggagagctgctt
ggggaaaccaggttctggcacggaaaggactattgcaactttgtctttaaagactgggtt
caacttgacaagccttttgctgacttcattgacaggtacaccacgccgaggatgccctgg
cacgacatctcctcggtggtgcacggccgcgccgcgcgcgacgtcgcccggcacttcatc
cagcgctggaacttcaccaagattatgaaacccaaataccggtccctgtcctacccattc
ctgctgccaaaatctcagcaaactgctcatgaattgaagtatcaggtgcctgaggctgtt
cctgccacagtccaggtgatccgctctgctgctgactggtctgctggcattaaataccac
gaggagtccatccacaaagcctacatcagcgtgatagagaacagcaagcactacatctac
atagagaaccagttttttattagctgtgctgatgataaagttgtctggaacaagatcggt
gatgcgattgctcagaggattcttaaagctcacagggagaacaagcgtttccgagtgtac
gtggtgatcccgctgctgccgggcttcgagggggacatctcgacgggcggggggaacgcg
ctgcaggccatcatgcacttcaactacaggaccatgtgcagaggggagaactccatcctg
ggccagctgaaggcagaggttggagataagtggataaactacatctcattctgtggcctc
cgaacatatgcagagctggaaggaaagctggtcacagagctcatctatgtgcacagcaaa
ctgctcattgctgatgacaacacagttataattggctctgccaacatcaacgaccgcagc
atgctggggaagagggacagtgagatggccatcatcgtgcaggacagcgacaccgtgccc
tcgctgatggacggccgggagtaccacgccggccgcttcgcccagtccctgcgcctgcgc
tgcttcagggttgtccttggcggctctgatctcaatccagaacaccaggatcctgtctgt
gacaaattcttcaaggaggtctggattgccacagcagctcgcaatgccaccatctttgac
aaggtgtttcgatgccttcccagtgaccaggtgaataatttaacccaactgcgtgatttc
atcaacaagcccaaattagcaaatgatgatcctgcaaaagcagcagaagaattaaaaaag
attcgtgggtttttagtacaattcccctttcgttttctggaggaagagtacttgcttccc
tctgttggaacaaaggagtccatggtacccatggaggtttggacttaa
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