KEGG   Fusarium vanettenii: NECHADRAFT_80347
Entry
NECHADRAFT_80347  CDS       T01612                                 
Name
(RefSeq) hypothetical protein
  KO
K01115  phospholipase D1/2 [EC:3.1.4.4]
Organism
nhe  Fusarium vanettenii
Pathway
nhe00564  Glycerophospholipid metabolism
nhe00565  Ether lipid metabolism
nhe01100  Metabolic pathways
nhe01110  Biosynthesis of secondary metabolites
nhe04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:nhe00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    NECHADRAFT_80347
   00565 Ether lipid metabolism
    NECHADRAFT_80347
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    NECHADRAFT_80347
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:nhe04131]
    NECHADRAFT_80347
Enzymes [BR:nhe01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.4  phospholipase D
     NECHADRAFT_80347
Membrane trafficking [BR:nhe04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    NECHADRAFT_80347
 Endosome - Golgi transport
  Others
   Others
    NECHADRAFT_80347
SSDB
Motif
Pfam: PLDc PLDc_2 PH_2
Other DBs
NCBI-GeneID: 9667842
NCBI-ProteinID: XP_003050770
JGI: 80347
UniProt: C7YRC9
Position
5
AA seq 1818 aa
MTQHKRDESVSPMDVTPRSVSPSNPEFTLTPPPPPPKQASNTLLPPVDLKVARPQEIQPP
PIDTKGAPFEPPHASYSAPTSAIPRSTPASTKSLKDHGINDRDFGLAPEGEGQDTSQAPS
RRSVQFTRPEGVESPPTHTRNNSWEEPDTPGKSKGVSLMSKLKALTSTGGLQTSKSSSLP
SASSEPGMQSMASSPTGSRPPRGIPGTLTEEDTDADADGEDTADEGNAEGTKSKKKKRRM
RRMNRTNGSTPGTPKRFAHDTNDLDPFDRMVRRRASMPDASAPDYGVSEGEGRDRLGRGY
RRGNSWMTPAMRPPGEEADEVESPGAVGRRMGHLRRITVFGGGGVSDGDAITPRRPFFTS
ERASTFGAQKWKQVKNTLKLLRQKKEDRFDYFKSAELMAELRAGAPAVLMLASMIQRDEH
GNKRIPVLLEQLKLRITDSCPMEDDDKDRHWMFTIELEYGSGPSRMSWTVARTLRDIYNL
HLRYKFAINNDKYMPGRLDLGGRPKQPKFPYSAFPYLRGSRKKGEESDDEEQGSGRGEET
QGEGTATEAAGDGVFSDPEMLGAQRRRSRTFLGMGPRRRSTGITDPGEMSSAEGAGMDVA
TRRQRYVEKQRRILEKYLSEMIRWLMFRADSNRLCRFLELSALGVRLAAEGSYHGKECYL
HIQSSKGLDFRRVLTPAKVIARHSRKWFLVRQSYIVCVESPENMNIYDVYLVDSKFSIAS
KKNKMKAIGSNEKKDEMDLTVEALPEKHHTLTLRTSERKVRFFSRNQSVMKQFEDSINEM
LKQTPWFQEKRFDSFSPVRTNVFAQWLVDGRDYMWNVSRAINMARDVIYIHDWWLSPELY
MRRPAAISQKWRLDRLLQKKAREGVKVFVIVYRNVEAAIPIDSEYTKFSLLNLHPNIFVQ
RSPNQFKKNQFFFAHHEKICIVDHDVAFVGGIDLCFGRWDCPQHPIVDDKPTGFEVSEIP
KDAEHCQLFPGKDYSNPRVQDFFRLNEPYEEMYDRSKVPRMPWHDVAMQVVGQPARDLTR
HFVQRWNYLRRGRKPTRPLPFLLPPPDAKMEELEALGLTGTCEVQILRSASTWSLGIEQT
EHSIQNAYIKMIEDSDHFVYMENQFFITSTEAYNTRIVNRIGDALVERIIRAHENDEDWR
CAIVIPLMPGFQNTVDEQEGTSVRLILMCQFASICRGEQSIFGRLRAADIDPEDYIGFYS
LRQWGIMSNDVLVTEQLYIHAKTIIVDDRVALIGSANINERSMLGSRDSECAAIVRDTDM
IMSTMAGKPYQVGRFAHTLRLRLMREHLGLDVDEILEEERREELDRQDFEKEMEDIYQED
VASPESSTPNSKRPEPLQIPSFNHDLDVNTAREIDTSSTSDNQEATPDIAQAEGKRKHEL
DVTGYGPDRWKSAEKTGLDAGRDSVIVNGREVLVNNISNEGKGTLASPREAHQHPPLADN
RYLEPGHANNDGLPPVPALNRRTTDQLGLPRPAQLPSLPIGDDTDIGGPPLHIDPESGKL
SNGAFHPMAADIHPAHIDKDCMKDPVNPNFFDEIWNRAAQNNTKLYRRVFRCMPDSEVST
WAEYREYMSYGERFRSSMEGRSRSRGEDSEFPPSSRHRGSTSAGAGVGAPGPEVMAKAAQ
TEVEKAAGKLTEKLPFSGHHDDDRIKIVIPDEGPRAMDEKQALHDGEGGSSRPNTGLDSE
SAVDTQRPIEAPSPVYSVGDVPFPAFESNNGRFLEPQTSTKNRERRTTFSTLEKPSSRET
NAPPPGQFGSVKRRRRATTKNSRRGVFTVDDMPSRSEAEELLNMVQGNIVQFPYDWLLTE
EQNGNWGYQVDGVAPLAI
NT seq 5457 nt   +upstreamnt  +downstreamnt
atgacacagcataaacgggacgagtccgtctcgcccatggacgtcactccgcgttccgtc
tcgccctccaatcccgagttcacactcacccctccgcctcctcctcctaaacaagcttcc
aacaccctcctacctcccgttgacctcaaggtcgctcgtcctcaagaaatccaacctccg
cccatcgacacgaaaggcgccccgtttgagcccccgcacgcttcctactcggcgcccacg
tcggccataccaagatctaccccagcctcgaccaaatcactgaaggatcatggaatcaac
gaccgagactttggacttgcaccggagggagagggccaggataccagccaagcgccctca
agacgcagtgtacagtttacgcgacccgaaggtgtagagtctcctccaacacatactcga
aacaattcatgggaggagcctgatactcctggaaagtccaagggcgtctctttgatgtcc
aagctcaaggctctcaccagcacgggtggtctgcagacgtcaaagtcctcgagtttgccc
tctgcgtcctccgagccgggcatgcaatccatggcgagctctcctactggttcacggcca
ccccgtggcatccctggcacattgacagaggaggatactgatgctgatgccgacggggag
gacacggctgacgagggcaacgccgagggtaccaaatcaaagaagaagaagagaagaatg
cgtcgcatgaataggacgaatggctcaacacccggaacgccaaagcggtttgctcacgac
acaaacgatctcgacccttttgatcgcatggttaggcgccgtgcgagcatgcccgatgca
tctgctcctgactacggagtgtctgaaggtgaaggtcgagatcgtctaggaaggggatat
cgcagagggaactcgtggatgacacctgctatgcgaccacctggcgaggaggccgatgag
gtggaaagccctggtgctgttggacgacgaatgggccaccttcgtcgaattactgtattc
ggtggaggaggtgtgtcggacggtgatgctattactcctcgacggccatttttcacatct
gaaagggcatccacctttggtgctcagaagtggaaacaagtgaagaacactcttaagctc
ctccgacagaagaaggaagataggttcgactacttcaaatcggccgagctgatggctgaa
ctaagagctggagctcccgctgttctcatgctcgccagtatgatccagcgagacgagcac
ggcaacaagaggatcccggttctcctggagcagctcaagcttcgcatcactgacagctgc
cccatggaggatgacgacaaggacaggcattggatgttcacgatagagttggaatacgga
agtggcccgagcaggatgagctggaccgtcgcaaggacactccgagacatctataacttg
catctgcgatacaagttcgctatcaacaacgacaagtacatgcctgggcgtctggatctg
ggtggccgtccgaagcaacccaagttcccttactctgctttcccttatcttcgtggttcc
cgtaagaagggcgaagaaagcgacgacgaggaacagggcagcggccgcggcgaggagact
caaggcgagggcaccgctactgaagcagccggagacggtgttttcagtgacccagaaatg
ctcggcgctcagagaagaaggtctcgcacctttttgggcatggggcccagacgcagatcg
acaggtattactgatcctggcgaaatgtcaagtgccgaaggcgcgggcatggacgtggcg
acacgaagacagcgctatgttgagaaacaacgacgtatcttggagaagtacctctctgag
atgatcagatggctcatgttcagagcggacagcaaccgactctgccgcttcctggaactg
tcagcgctgggtgttcgtcttgccgccgagggtagctaccatggaaaggagtgctatcta
cacatccagtcctccaagggcctggacttccgccgcgttctcacaccagccaaggtaatc
gctcgtcacagccgcaagtggttccttgtccgacaaagctacatcgtgtgtgtcgagtct
cccgagaacatgaacatctacgatgtatacctcgtcgactccaagttcagcattgcctca
aaaaagaacaaaatgaaggcaatcggctccaacgagaagaaggatgagatggatttgacc
gtggaagcgcttcctgagaagcaccacacgctcacccttcgcacatccgagcgtaaggtg
cgattcttctcgcgcaaccagtctgtcatgaaacagtttgaggactcgatcaatgagatg
ctgaagcagaccccttggttccaggagaagcggttcgacagtttctcccctgtacgcaca
aacgtgtttgctcagtggcttgtcgacggccgtgactacatgtggaacgtctctcgagcc
atcaacatggcccgcgatgttatctacattcacgactggtggctgagccccgagctttac
atgcgaagaccagcagctatcagccagaagtggcgactggacagacttttgcaaaagaag
gcccgagagggcgtcaaggtctttgtcattgtctaccgaaatgtcgaagccgccattccc
atcgactcggagtataccaagttctccttgctcaacctccatcccaacatctttgttcaa
agatcaccgaaccagttcaagaagaaccagttcttttttgcgcatcatgagaagatttgc
attgtagatcacgacgttgctttcgtgggaggtatagacttgtgttttggacgttgggat
tgcccccagcacccgattgttgatgataagccgaccggtttcgaggtctctgagatccca
aaggatgcggagcattgccagctcttccccggtaaggactactccaaccctcgagtccag
gacttcttcaggctcaatgagccctacgaggagatgtatgatcgaagcaaggtccccaga
atgccctggcacgatgtggccatgcaggttgttggacagcctgcgagagatctgactcgc
cattttgttcagcgatggaactatctacgccgtggacgcaagcctactcgtcctctgccc
ttcttgctgcctccacccgacgcaaaaatggaggagttggaggctctcggactcactggc
acttgtgaggtccagatccttcgatcagcctctacttggtccctgggaattgagcagacc
gagcacagcatccaaaacgcctacatcaagatgatcgaggactcggatcactttgtgtac
atggaaaaccagttctttatcacgagcactgaggcatataatacccggatcgtgaaccga
attggagatgccttggttgagcgcatcattcgtgctcacgaaaacgacgaagattggcga
tgtgccatcgtcatccccttgatgcccggtttccagaacaccgtggacgagcaggagggc
acaagtgttcgtctcattctcatgtgccagttcgcgagtatctgcagaggagagcaatcc
atctttggcagactccgagccgccgacattgaccccgaggactacattggcttctactct
cttcgacaatggggcatcatgagcaacgacgtgctcgtgactgagcagctctacatccac
gccaagaccatcattgtcgatgatcgggtagccctcatcggctctgccaacatcaacgag
cgatccatgcttggcagtcgtgattccgagtgtgctgccattgttcgcgacacagacatg
atcatgtcgacaatggctggaaagccgtaccaggtcggccgctttgcccacacactccgt
ctgcgtcttatgcgagaacatctcggcttggatgttgatgagatcttggaggaggagcgc
cgcgaggaactcgatcgccaggactttgagaaggagatggaggatatctaccaagaggat
gttgcctctcccgaatcttctacccccaactcgaagcgtccagaacctctgcagatcccc
agcttcaaccacgaccttgatgtcaatactgcccgcgagatcgatacctccagcaccagt
gacaaccaagaagcaacgccagatattgctcaggctgagggcaagcgaaagcacgagctg
gatgttactggatatggtcctgaccgatggaagagcgctgagaagactggcctagacgcc
ggccgtgactctgtcattgtcaatggccgagaagtcctcgtcaataacattagcaacgag
ggtaagggcacgctggcgtctcccagggaagcacaccaacatcctcctctggcggacaac
aggtatctcgagcccggccatgctaacaacgatggacttcctcctgtgcccgctttgaac
cgacggaccaccgaccaactaggactgcctcggccagcacagctgccttcattgcccatc
ggcgacgacactgatattggaggacctccactacacattgaccctgagtctggaaaattg
tccaacggcgcgttccacccgatggccgcagacattcaccctgcccacatcgacaaggac
tgtatgaaagacccagtcaaccccaacttctttgacgagatttggaaccgcgctgctcag
aacaacaccaagctctaccgccgcgtgttccgttgcatgccagactctgaggtgagcact
tgggccgagtatcgtgaatacatgtcctatggcgaaaggttccgctcaagcatggaggga
cgaagccgatcaaggggcgaagattccgaattccctccttcttcgcgacatcgtggttct
acctctgctggtgccggtgtgggcgcgccaggaccagaggtgatggccaaggctgctcag
acggaagttgagaaggcagctggaaagctgaccgagaagctgcccttttctggacatcac
gatgatgatagaatcaagatcgttattcctgacgagggaccacgggctatggatgagaag
caagcattgcatgatggtgagggaggctcgtctcgaccaaatacgggcctagacagcgag
agtgccgttgacactcagcgaccgatagaggcaccttctcccgtttattcggtgggagat
gtgccattccctgcttttgagagcaacaacggaaggttcttggagccacagacaagcacc
aagaacagggagcgtcgaaccaccttttcgaccctggagaagccgtcctcgcgagagact
aatgctcccccgcctggtcagttcggctcggtaaagcgtaggcgccgcgcaaccactaag
aacagccggcgtggcgtgttcaccgttgacgatatgccttcgcgcagtgaggcagaggaa
cttttgaatatggtacaggggaacattgtgcagttcccttacgactggcttcttacagag
gagcagaatggaaactggggctaccaagtggatggcgttgcccccttggctatctag

  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 (5)   
   KEGG ORTHOLOGY (1)   
   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 (3)   
   Pfam (3)   
All databases (32)   

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