KEGG   Mollisia scopiformis: LY89DRAFT_785988
Entry
LY89DRAFT_785988  CDS       T04865                                 
Name
(RefSeq) phospholipase-like protein D1
  KO
K01115  phospholipase D1/2 [EC:3.1.4.4]
Organism
psco  Mollisia scopiformis
Pathway
psco00564  Glycerophospholipid metabolism
psco00565  Ether lipid metabolism
psco01100  Metabolic pathways
psco01110  Biosynthesis of secondary metabolites
psco04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:psco00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    LY89DRAFT_785988
   00565 Ether lipid metabolism
    LY89DRAFT_785988
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    LY89DRAFT_785988
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:psco04131]
    LY89DRAFT_785988
Enzymes [BR:psco01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.4  phospholipase D
     LY89DRAFT_785988
Membrane trafficking [BR:psco04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    LY89DRAFT_785988
 Endosome - Golgi transport
  Others
   Others
    LY89DRAFT_785988
SSDB
Motif
Pfam: PLDc PLDc_2
Other DBs
NCBI-GeneID: 28832670
NCBI-ProteinID: XP_018066158
JGI: 785988
UniProt: A0A194WV07
Position
Unknown
AA seq 1821 aa
MVQHNEESISPTTRSPRSDSPGMSNGSGNGLAAVRQSGLRTEVSSEKSSQVPQDLDHASS
SANGHTKGHNSEAADYLNGGSPHEDYSMNTPNGSTTANSAPQRQSALKQVWGPEGSSNVT
GTTTPPGRRSVQFARSNTGTDFAHNRQDSWEDAETRERRGPSLMSKLKALASSGSLQGHI
RSQSNTANSIDEGSHTAPVTPTAERSTRLPRTLTEEGSDEDADAEETADEEIPTDGLRAR
RKQRFRRPQESGSGSQTAPNTPRTRGMGYADSPSGSSRVIPFLGRRATDGSLEQRGHLSE
GEGRDQLNNRSAWRRGSSWISGARGLNHASSEQGPEVDGAPASRRPSNFRRITGLGGGQS
EGEGQAPRRPFLGAERATTFGAQRWRMLKHGLKLLGQRKEEHRVDYLKSAELMAELRAGA
PAALMLASMIQRDEHGNKRIPVLLEQLKLHVTDSKSSVEESTDTERHLVFRIELEYGSGL
NRMKWVIHRSLRDFANLHLRYKLQGSSDKYIQLRSDVDSRPKQPRFPKSAFPYFRGVRGL
GESEEDEADNVRVDDTVGEATHSENDRKKKKRRPSLGATRRKSSAVTHEAGSGVIVGANQ
PAQQTRAYNERQRRRLEQYLQEMIRWLIFRADSNRLCRFLELSALGVRLAAEGSYHGKEG
YLIIQSAKGLDVRRLLTPKNVFSRHSPKWFLVRHSYIVCVDSPENMHIYDVYLVDPKFEI
RQKRRKLKDVGGKELVATAKTSAKHPQHHSLKLQNSERKIKLLAKNERQLRQFEESIGFM
LNNTLWAKENRFGSFAPIRTGVYAQWLVDGRDYMWNVSRAINMAKDVIYIHDWWLSPQLY
MRRPAAISQKWRLDRLLQKKAREGVKIFIIVYRNVEAAIPIDSEFTKFSMLDLHPNIFVQ
RSPNQFKKNQFFFAHHEKICIVDHTVAFVGGIDLCFGRWDTPQHSVVDDKPTGFEQSDLP
KDADHCQLWPGKDYSNPRVQDFYQLNEPYAEMYDRSKTPRMPWHDISMQVVGQPARDLTR
HFVQRWNYVLRGRKPTRPTPFLLPPPDYNAADLEALGLTGTCEVQILRSASDWSLGLTDT
EHSIMNAYCKMIEESEHFVYIENQFFITSCETMNVKIANKIGDAIVERAVRAFQNNESWR
CVVLIPLMPGFQNTVDEPEGTSVRLIMQCQFRSICRGEGSIFGRLRSQGIDPEEYVQFYS
LRTWGRIGPRKMLVTEQLYIHAKCIIVDDRVALIGSANINERSMVGNRDSECAAVVRDTD
MLWSTMDGEPYLVGRFAHTLRMRLMREHLGLDVDEVMEEERRAELDREEEEYEAKMNGIY
NEEGPKGTEQLSYREGQTVSSDQATRIANAERLRSFNHDVDWEEEDNPNLMPDKFKSVTS
DKRVTGNAQHAAEVDGEGPDRWKAAEKSGAVLGRDSVLVDGGREVLVTDFAAEGKGTLNH
PRKDHVRPSVGHRHESNDNFAGNESIPPMPTLPRKTTEQLGLPQLSQLPSLPIIDDTDIG
GPPVHLDHTGNPAPKAFNPLTADIKVAPLDKDCMRDPLNDSFFEDTWRQIADNNTKIFRR
VFRCNPDSEVTNWHEYTEFVAYAERFSQAQGGVKSSEREGQEAPGKSGPPGAAAVGTGPE
KISQGLNSVTEKITSHGQDKHPLGTVAEWAEDATKRNIDRIDTTGAREPQTSGQLDGIDE
KTASNRRSDEAPSPIQPAGDETFPSLDATFLVPTAEQSSQPAPRKTTFSSSEKTASPAGN
SSNNQGSFKRRRRGTTKGSRRGFSSSFSASDDLLTQNDVEELLSLVQGNLVFFPYDWLIK
EELNSNWLYQVDQVAPLQIYD
NT seq 5466 nt   +upstreamnt  +downstreamnt
atggttcagcacaatgaagagtcgatttctcccacgacgcgcagtccacgctcggattct
cctggtatgtcaaacgggagcggaaatggattggcagcagttcgacagtcaggcttgcga
actgaggtgagctctgagaagtcatcccaggtaccccaagacttggatcatgcttcctct
tccgcaaatgggcatacaaagggtcacaatagcgaggcagcagattatctcaatggtgga
agcccccacgaagattacagtatgaacacacctaatgggtcgaccacagcgaacagtgct
ccgcaacgccaatctgcactcaagcaggtctggggcccagaagggagctcgaatgtcaca
ggtacaaccactcctcctggacgaaggagcgttcaatttgcgcggtcaaacactgggaca
gactttgcgcataataggcaagattcgtgggaggatgcagagacgcgagaacgccgtggc
ccgtctctcatgtccaaactgaaggctctagcatcttcagggagtctgcaaggtcatatt
aggagccagagcaacaccgccaactcgattgacgaaggctctcatactgcacccgtcact
ccaacagccgaaaggtctactaggcttccccggactttgactgaggagggaagcgatgag
gatgccgatgcagaagagactgcggatgaagagatcccaactgatggtctgcgggctaga
cgaaagcaaaggttccggcggcctcaagaaagtgggagtgggagccaaactgccccgaat
actcccagaactcgaggtatgggatatgcagattctccaagcggcagcagtcgtgttatt
ccattccttggcagacgggccacagacggatcactggaacaaagaggtcacttgtcagag
ggcgaaggtagagatcaattgaacaacaggagtgcttggagacgcggaagttcatggata
tctggtgctaggggtctaaatcatgcaagtagcgagcagggccctgaagtcgatggtgca
ccagcatcaaggcggccgagtaacttcagacggatcacggggcttggaggtggtcaaagt
gaaggagaaggccaagctcctcgacgtcctttcctaggtgctgagcgggccactaccttt
ggagctcaaagatggcgcatgctgaagcacggtctcaagctcttggggcagcggaaagaa
gagcacagagtcgactatctcaaatcagcagagttgatggctgaactacgagccggggct
ccagcagcactcatgttagccagtatgatccagagagatgagcacggcaacaaacgcatt
cccgtcctgctcgaacagctcaagctacatgtaactgacagtaaatctagcgtcgaggaa
tctaccgataccgaacgccatcttgtatttagaattgagctggagtacggtagtggcttg
aatcggatgaaatgggtcatccacaggtcactacgagattttgcgaatctgcatttacga
tataagctccagggcagtagcgacaagtacattcagcttaggagtgacgtggactcgcga
ccgaagcaacctcgcttccctaagtctgcattcccttatttcagaggcgttcgtggactt
ggtgagagcgaggaagacgaggctgacaacgttcgagtcgatgacaccgtcggcgaagcc
acgcatagcgaaaatgaccgcaagaagaagaagcgccgtccttcactaggcgcaacacgc
agaaaatcaagcgccgtaacccatgaagcgggttcaggcgtcattgttggagcaaaccag
cccgcacagcagactcgtgcctacaatgagagacaacggagaagactcgagcaatactta
caggagatgatacgatggcttatctttagagcagacagcaatagactttgtcgattcctg
gagctgtctgcgcttggggtccgacttgctgctgaaggtagctaccatggcaaagagggt
tatttaattatccaatctgcaaaaggtctagacgtcaggagattgctcacacccaagaat
gtgttttccaggcattctcccaaatggtttctggtcaggcacagttatattgtttgtgta
gattctccagaaaatatgcacatctacgacgtgtatctcgttgatccaaaatttgagata
agacagaagcgtcgtaagctaaaggatgtcggcgggaaagagcttgtagcaacggccaag
acatcagctaaacacccgcaacatcatagtctgaagttgcagaactcagaacggaagatc
aagctcttggccaaaaacgagcgtcaattacgccagtttgaggagtccatcggattcatg
ttgaacaatacactatgggccaaggaaaatcggtttggaagctttgcacctatcagaacc
ggagtctatgctcagtggctggttgatggccgagattatatgtggaatgtctctcgtgct
atcaacatggccaaagacgtgatctacatccacgactggtggcttagccctcagctttac
atgagaagacctgcggctattagtcaaaaatggcgactcgatagactccttcagaagaag
gccagggaaggggtcaagatattcattattgtctacaggaacgtggaggccgcaataccg
atcgactcggaatttacgaaattctctatgctggaccttcacccgaatatctttgtgcag
cgatcaccaaatcagttcaaaaagaaccagttcttcttcgctcaccatgaaaaaatctgc
attgttgaccacacagtcgcgtttgttggtggcattgatctttgcttcggtcgttgggat
acccctcagcattctgtggtggacgataaacctactggctttgaacaatctgacctaccc
aaggatgcggatcactgtcaactatggcctggcaaagattattccaatcctcgagtccaa
gatttctatcagctaaatgagccatacgcagaaatgtacgatcggtccaagacgcctaga
atgccctggcacgatatctcgatgcaagtcgtaggacagccggcacgagatctaactcga
cactttgttcaaagatggaattacgtacttcgaggacggaaaccaacaagaccaacgcca
tttctcttacctccccccgactataatgccgctgaccttgaagcacttggcctgaccggg
acgtgcgaagtacagattctacgctctgcttcagattggtcacttggacttaccgacacc
gaacacagcatcatgaacgcatactgcaaaatgatcgaagagtcagaacactttgtctat
atcgagaatcagttcttcattactagctgtgaaacaatgaacgtcaaaattgcgaataag
atcggggacgcgattgttgaacgtgccgtgcgagcatttcaaaacaacgagagctggcgc
tgtgttgttctgattcctctcatgcctggattccaaaataccgtggacgagcctgaaggt
acaagtgttcgtttgattatgcaatgccaatttcgcagcatctgccgtggcgaggggtcc
atattcggtcggttgaggagccaaggtatcgaccctgaagaatacgtccaattctacagt
cttcgaacttggggtaggatagggcccaggaagatgctcgtgacggaacaactatacatt
catgccaagtgcattattgtagatgacagagtggcattgattgggtctgccaacataaac
gagcgctctatggtaggcaatagagattctgaatgcgccgcggtagtacgagatacagat
atgctctggtccaccatggatggagaaccttatctcgttggccgtttcgctcataccttg
cgtatgagactcatgcgagagcacctgggcctcgatgttgacgaggtgatggaagaagaa
cggagagcggagttggatcgtgaagaggaagagtacgaagcaaaaatgaacgggatttac
aatgaagagggtccgaaaggaacggagcaactttcataccgcgagggccagacagtgtca
tcggaccaggcaactcgaattgccaatgctgagcgcttacgaagctttaaccacgatgtt
gattgggaggaagaagacaaccccaacttgatgcccgacaagttcaaatccgtaaccagc
gacaaaagagtcacgggcaatgctcaacatgctgcagaagtcgatggtgaaggcccagac
cgatggaaggcagccgagaaaagcggtgctgtgcttggaagagactctgttctcgttgat
ggaggccgtgaagtcctagttaccgattttgctgcagaaggcaaaggcaccctgaaccat
ccaaggaaggaccacgttcgaccgtccgtgggtcatcgtcatgagagcaatgacaacttc
gcaggtaacgaaagcattccccctatgccgaccctaccgaggaagacgacagagcagttg
ggcctgccacagctgtcacagcttccttccctcccaattattgacgacaccgatatcggt
ggacctcctgtccacttggatcacactggaaatcctgccccaaaggcattcaatcccctt
acagctgatatcaaagttgcaccattggacaaggattgcatgcgagatcctctcaacgac
tctttcttcgaagacacttggagacagattgcagacaataataccaagatcttcaggcga
gtgtttcgctgcaatcccgacagcgaggtaaccaattggcacgaatacacagaatttgtt
gcttatgcagagaggttttcacaagcgcagggcggcgtaaaaagttcagagcgtgagggg
caagaagcgccaggaaagagtgggccgcctggtgctgctgctgtaggaacagggccagaa
aagatttcccaaggattgaacagcgtgaccgaaaagatcacatcgcatgggcaagataaa
cacccattaggtactgttgccgaatgggctgaagatgcgacgaagaggaacatcgatcgg
atcgatactactggggctcgtgaacctcaaaccagcggacaacttgacggcatagacgaa
aaaaccgcgagcaatagacgctcagatgaagcgccttctccgattcagccagcaggcgat
gaaactttcccgtccctcgatgccacgttcctcgttcctacagcagagcagagttctcaa
ccagcgcctcgaaagaccacgttttcttcatccgaaaaaactgcaagtcccgctggaaat
tcctccaacaaccaaggttctttcaagagacgccgccgtggaacaacaaagggtagtcga
cgtggcttctcgtcgagcttctctgctagcgatgatctactgacccagaacgatgtcgaa
gagcttcttagcctagtccaaggaaatctcgtcttcttcccctatgactggctcatcaaa
gaagagttgaattcaaactggctttaccaggtagaccaggttgccccacttcaaatctac
gactaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (5)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (64)   

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