KEGG   Clavispora lusitaniae CBS 6936: A9F13_23g00627
Entry
A9F13_23g00627    CDS       T05147                                 
Name
(GenBank) putative phosphatidylinositol-3,5-bisphosphate 5-phosphatase
  KO
K22913  phosphatidylinositol 3,5-bisphosphate 5-phosphatase [EC:3.1.3.-]
Organism
clus  Clavispora lusitaniae CBS 6936
Pathway
clus00562  Inositol phosphate metabolism
clus01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:clus00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    A9F13_23g00627
SSDB
Motif
Pfam: Syja_N
Other DBs
NCBI-ProteinID: OVF05447
UniProt: A0AA91PW91
AA seq 947 aa
MSDSKADINHYDNDRKSLRNDVSGVGSHNGTAHDDDNNNNNNNNSDTSPDSSENEQAHDP
KENGPELNNKRIILQRFTIYNSLSTMYIVGSNAKESLFRIIEISSSDNSTSLNIIEDKNY
FYTRKDMVELINGLNDTIEGGIHKIAQAFGLIGLIKFTRGYYLSVITKCSQVAIIGGHFV
YHIDETKLIPLDLNYKRPDKYSDEEKLLTIFKYLDLGKTFYFSYTYDVTNSLQTNFMRHK
RAAMESSKLEQEAVHEKFEHNERFVWNNLLLRPVLSQSDIATYEWFQPIIHGFIDQANIS
IYGRKIYITIIARRSHHFAGARFLKRGVNDRGNVANEVETEQIVSDMLTTSFHHPKFGFY
SNPRYTSFVQHRGSIPLYWTQDLNRLPKPPIEINLFDPFYQSSAMHFNDLMSRYGTPIFI
LNLIKTKEKQPRESKLNQHFENCITYLNQFLPPEAKLRYHSFDMSKHSKKNMDVIGPLQN
IARLSIKETGFFHNGIDYASTKIQRGVMRTNCIDCLDRTNAAQFIICKEALSHQVRSLGF
LSPSAELDYDSDLMNILTEIFHDHGDTIAVQYGGSNLVNTMDSYRRINQWSSHTRDILNS
IKRIYSNSFMDSIRQEAINLFLGNYVYDPDKPKLWELQNDYYLHNNNQIQNFRTKPSYQR
WYNMHILKKDRDKLICEPEPHTYSLSKIQYLAPFPEYNDNWFNECYVPRKFQSFSEIFQF
NMNSNLRYFPSNSNLTPKDFDYSPFKTRKPYFKNRSLESKNQLTGNGSESKSSRARAQYI
IESRGELHHQEENKDPLNDISLQESYKTREVSSLNKHDNSGGLRIPLYTKNLDGSSGILQ
RSYLQSDSISFGISENNVFIYENYFKPDFIPLVSNIHEGNEARRDVSVNNINHKVYEYST
SIKFTSSQLLSQEPSFLTTPDIKCYWMYVDGYKNESSTLSTEDNYFM
NT seq 2844 nt   +upstreamnt  +downstreamnt
atgagtgattcgaaagcagatataaaccattatgacaatgacaggaaaagcttacggaat
gatgtgtctggggtagggagccataatggaactgcccatgatgatgataataataataat
aataataataatagcgatacatcaccagattccagcgaaaacgaacaagcccatgatccc
aaagaaaatggcccggagctaaataacaagcgtattattttacaaagattcaccatttat
aactctctctccaccatgtacattgtgggtagcaatgcaaaggagagccttttccggatt
atcgaaataagttcatctgacaactctacttccctaaatatcattgaggacaagaattat
ttctatacaagaaaggacatggttgaacttataaacggccttaatgatacaattgaagga
ggaattcataaaattgcacaagctttcggtcttattggccttataaagttcactagagga
tactatctctcagtgattactaagtgcagccaggttgccattatcggaggtcatttcgta
tatcatatcgatgagacaaagctaattcctcttgatctcaattacaaaagaccggataag
tattccgatgaagagaagctcctcacaattttcaaatacttggatttaggtaaaaccttt
tatttcagctacacttacgatgttactaattcgttgcaaacaaatttcatgcggcataag
cgggccgcaatggaatcttcaaagcttgaacaagaagcagtgcatgaaaaatttgaacat
aatgaaagatttgtttggaacaacttacttctacgtccagttctatctcaatctgacata
gcaacatatgaatggttccaaccaatcatacacgggtttatagaccaagcaaacatatct
atctatggacgcaaaatctacatcactatcattgcacgaagatcacaccattttgctggg
gccagatttctcaagaggggggttaatgacagaggcaatgttgcaaatgaagtggaaacg
gagcagattgtgtcagatatgttaacaacttctttccatcacccaaagttcggattctac
tcgaacccccggtacacaagtttcgtgcaacatagagggtcaatccctctttattggaca
caagacctcaatcgattaccaaaacctccaatagaaattaatcttttcgatcctttttac
caaagttcggcaatgcattttaatgacttaatgtcccgatatggtacaccgattttcatc
ttaaatttaatcaagactaaagagaaacaacctcgtgagctgaaattgaatcaacacttt
gaaaactgtatcacgtatttgaatcaatttttaccacccgaagcaaaactacgataccat
tcatttgacatgtccaaacattcgaagaagaatatggatgttattggacccttgcagaat
attgcacgcttatcaatcaaagagactggattttttcacaatggtatagactatgcttct
acaaaaatccagcgaggggtcatgagaactaattgtattgattgcctcgatagaacaaat
gcagcacaattcattatttgcaaagaagcactctctcatcaagttcgaagccttggtttt
ttatctccatctgcagagctagattatgattctgacctcatgaatattttgacggaaatt
ttccatgatcacggtgatacaatagcagttcaatacggtgggtcgaatttggttaatacc
atggattcatacagaaggatcaatcagtggtcatctcacacccgtgatatccttaacagc
atcaagcggatttactctaattctttcatggacctgattcgccaagaagcaattaattta
tttctaggaaactacgtttatgatcccgacaagccaaaactatgggagctccaaaacgat
tattatttacacaacaataatcagatccagaattttaggacaaaaccgagttatcagcga
tggtacaacatgcatatattgaagaaggatagagacaaattaatttgcgagcctgagcct
catacatattctttatcaaaaatccagtaccttgctcccttccccgaatacaacgataac
tggtttaatgagtgttacgttccccgaaaattccaatctttttctgaaatctttcaattt
aacatgaactcaaacttgaggtattttccgtccaattctaacttaacaccaaaggacttt
gattatagtccttttaaaactcgaaagccttatttcaagaacagatcacttgaaagcaag
aatcaacttaccggcaatggaagtgaaagcaagagcagccgagcaagagctcaatacata
attgagagtagaggcgaactacaccatcaagaagagaataaagacccactcaatgatatt
agtctacaagagagctataaaactcgcgaggtatcttcactcaataaacacgacaactct
ggaggactacgaatcccattatacactaaaaatttggatggctcatcaggaatattgcag
agatcttatctccagagtgatagcatctcttttggcattagcgagaacaatgttttcatt
tacgaaaactattttaaacctgatttcattccattggtttccaacattcatgagggaaat
gaagcacggcgcgatgtttcagtcaataacattaatcataaagtgtatgaatattccaca
tctatcaaattcacatcaagccaactcttgtcgcaagaaccttcatttttgaccaccccc
gacattaaatgttattggatgtacgtcgatggctacaaaaacgagagctcaacattgtca
acagaagataattacttcatgtaa

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (14)   

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