KEGG   Parastagonospora nodorum: SNOG_00477
Entry
SNOG_00477        CDS       T01161                                 
Name
(RefSeq) hypothetical protein
  KO
K15320  6-methylsalicylic acid synthase [EC:2.3.1.165]
Organism
pno  Parastagonospora nodorum
Pathway
pno01100  Metabolic pathways
pno01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:pno00001]
 09100 Metabolism
  09109 Metabolism of terpenoids and polyketides
   01059 Biosynthesis of enediyne antibiotics
    SNOG_00477
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01008 Polyketide biosynthesis proteins [BR:pno01008]
    SNOG_00477
Enzymes [BR:pno01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.165  6-methylsalicylic-acid synthase
     SNOG_00477
Polyketide biosynthesis proteins [BR:pno01008]
 Polyketide synthase (PKS)
  Iterative type I PKS
   Fungal partially reducing PKS (PR-PKS)
    SNOG_00477
SSDB
Motif
Pfam: ketoacyl-synt Acyl_transf_1 KR Ketoacyl-synt_C PP-binding KAsynt_C_assoc PKS_DH_N Thiolase_N adh_short PS-DH DUF815
Other DBs
NCBI-GeneID: 5967957
NCBI-ProteinID: XP_001791162
UniProt: A0A0A0RM07
Position
Unknown
AA seq 1720 aa
MDKKDASGESPSWRWEPWVRRDTRNAKVIEKTISKGYFIEDLENFDASFFGISPKEAEQM
DPHQRLGLEVTWEALEDAGINPQSLSGSDTAVYVGVDSDDYSRLLLEDIPNIEAWMGIGT
TAHGIPNRISYHLDLMGPSAAVDAACASSMVAVHTGRQAILAGESRIAIVGGVNVCLSPA
LFHMLGAAGALSPDGVCLSFDEEARGYARGEGAAILILKKMSHAIMDGDHILATIKGSAI
AQDGKTNGIMAPNAKAQELVARKALKQAGINALTVGYIEAHATSTPLGDPTEVSAISAVY
GVGRPTDTPALIGSIKPNVGHLEAAAGAISLVKAVMAVQKGIVPPQTRLNKLNTRVDWAK
SGLHVVRESTQWGTEDSPRRAAICSYGYGGTVSHAIIEQFAHAADPFTASTSDDNHPTLL
LLSAPQGKQRLPAQSAALAEWISPAGAHESLRSIAATLATRRAHHENRAAFIVSSHTEAA
ETLNLFSKGAEHDSIVQSRTLDNNINKQIVWVFSGHGSHWSGMGKQLLQNAVFYRTVAPL
DIVVVQELGYSAIEALKTGRFESSGQVQVLTYMTQIGLIQLLKAKGVHPHAVIGHSVGEI
AASVAAGCLTPEEGMIIVTRRARLFAKVIGCGGMFLVSLPFAEVLAELGGRTDIVAAIDS
SPSSCVISGLNAPLEEYVEKLKNRGIRVFQVKTDIAFHSPMLEVLSKPLKESLEGSLNPQ
PPNIKLYSTSQADTRHPARRDAEYWVDNMVKPVWLRPAVTAAIEDHYRIFMEVSTHPIVS
HSLDETLAENGASDFTTIHTMKKEQSAEKCILHAVAQLWTKGVKIDFKFLGRQWSREVPK
IRWSHKRFWKEVSTGSASAQTVHDPDKNNMLGQRMVVAGTNMTIFTTALDESSKPFPMPH
QLHGTDIIPVSVYVNTFIKATGGKVLSKMELRVPLAVTNDVRNVQVIVDGQSVKVASRLS
SSDDMSWVTHSTASWENEPSANVLPSLDVSSVIKRIGTRVSETFSVDYLKKTGVSGMAFP
WAVNDHYNNTKEMLVTLDNDPEHETMSWDPCSWGATLDAATSVGATLFSREVKLRIVSHI
DRLTIYSSDPPPKRYHLYVTEASSSQVHACSADISVLDLSGTLLARIESIRFTEVEATPT
KSTSIESGVHQIAWVPARLSEKPLSLEQIVLVSEDDAKLEQYANELQRQAPKIVKLTSAA
KLRDNGALFMREKNATVIYCPGTVTSLEDVASASHRFIWEVATAIKFLVENSISAKFFVI
LDRTFLAGSPTALAQGALYGLARVVASEHSDIWGGLIDNEGPLFPVMPLKYVQDQDITRY
IDGVPRVARMRPFTKQQRYAPSTARTLLPKPEGTYVLTGGLGALGLETCDFLIEKGARRI
VVISRRDIPARSQWSKASENLAPILERVKAMEKTGASIYFVSLDIGAADAHQQLLFALER
LSLPPVLGVIHASGVLEDSLLVDTTSDSFARVLSPKISGALALHKAFPPGTLDFFVLYSS
IGQLVGTSGQSSYAAGNSFLDVLAAHRRSQGDNAIAFQWTAWRGLGMATSTDFLTLELQS
KGITDVGRDEAFQAWEHMSKYDVDQAVVTRTLALEADDILPCALLEEVVVRKARAQDQSA
PASGNASDSSGRPTASADLKPWLDVKIRECVALVMGVEDIEEIDTRVPLSDYGVDSIMTI
ALRQKLQSKLKIKVPQTLMWNYPTVSAMVGWFQKQFEEGQ
NT seq 5163 nt   +upstreamnt  +downstreamnt
atggacaagaaggatgcgtcgggagagagcccgagctggcgctgggaaccatgggtgcga
cgagacactcgcaacgcaaaagtcatcgagaagaccatctccaaaggctacttcattgag
gatcttgagaactttgacgcatccttctttggtatttcacccaaggaggccgagcagatg
gatcctcaccaaagacttggcctggaagttacgtgggaagctctcgaagacgctggaatt
aacccacagtcactctcagggtctgacactgctgtctacgttggtgttgactcggatgat
tactccagacttctactcgaagacatacccaacatcgaggcgtggatggggatcggaacc
acagcgcatggcattcctaacagaatctcataccatcttgacctaatgggccccagtgct
gcggtagatgcggcgtgtgcttcatccatggtcgccgtccatacagggagacaagccatt
ctcgcaggagaatcgcggattgcaattgtgggtggagtgaatgtttgcttgtccccggca
ttattccacatgctaggagcagctggtgcactctctccggatggtgtctgcctttccttt
gatgaggaagcccgcggttacgctagaggagaaggtgctgcaatcctcatcctcaagaaa
atgtcgcatgcgatcatggacggagatcacattcttgccaccataaaaggaagcgccatc
gctcaggacggaaagacaaatggcatcatggctccaaatgccaaagcgcaggagctggtg
gccaggaaggccctcaaacaagcgggtattaatgctttgacagtaggctacatcgaagct
catgccacatcgacccctttgggtgatcccacggaagtatctgctatctctgcagtatat
ggagtgggccgccccacagataccccagccctcatcggatctatcaagccaaacgttggc
catctcgaggctgccgctggtgccatcagtctcgtgaaggcagtgatggcggtccagaaa
gggatcgttcccccacagacaagacttaacaaactcaacaccagggtggattgggcgaag
tccggtctgcatgtggttcgagagagcacgcagtggggcacagaagatagtcctcgtcgt
gctgccatctgttcttacggatacggcggaacggtgagtcatgccatcatcgagcagttt
gcacatgccgcagacccatttacagcctcaacgagtgacgataaccaccccactctcctg
ttactctccgcaccgcagggaaaacaaagactgccagcgcagagtgcagctttggctgag
tggatctcaccagccggcgcacacgaaagccttagatctatcgcagcaaccttggcaaca
cgcagagctcatcacgaaaaccgtgccgcttttatcgtctctagtcacacagaggctgcc
gagacgctcaatctcttctccaaaggagcagaacatgattcaattgtacaaagccgcacc
ctggacaataacatcaacaagcaaattgtctgggttttctcggggcatggaagtcattgg
tcaggcatgggcaagcaacttcttcaaaatgcggttttctaccgtactgtggcgccactg
gacattgttgtggtacaggaactaggctattctgcaattgaggccctcaagacgggcaga
tttgaaagttcgggccaagtccaggtcttaacatatatgacgcaaattggtttgattcaa
ctcctcaaggccaagggcgtccatccccatgcggtaatcggacattccgttggcgagatc
gctgcgtcagtagccgccggctgccttactccggaggagggaatgatcatagtcacaagg
cgtgcacgcctcttcgccaaagttatcggttgcggaggcatgttcctcgtgagtctgccg
tttgctgaggtcctcgcagagctaggtggcaggactgatatagtggccgctattgactca
tcaccttcatcctgtgtcatcagtggcctcaatgcgcccctggaagaatacgtcgagaag
ttaaaaaatcgaggtatcagggtgttccaggtcaaaacagacatagcctttcacagtccc
atgcttgaggttctatcaaagcctttgaaagaaagcttagaaggttcactaaacccacag
ccgccaaatatcaagctgtattcgacatcccaggcggacactcgacacccagctcgcaga
gatgcagaatattgggttgacaacatggtcaagccagtatggcttcgacctgccgtgacc
gcagctatcgaagaccattacaggatcttcatggaagtctcaacccatccaatcgtgtca
cattctcttgatgagaccttggctgagaatggggcgagcgacttcactacaatccatacg
atgaagaaagagcaatctgccgaaaaatgcattcttcatgctgtcgcacaactctggact
aagggcgtcaagatcgacttcaagttccttggtcggcagtggagtagagaggttcccaag
attcgatggagccacaagcgattctggaaagaggtgtcgacaggctctgctagtgctcaa
actgtacacgatcctgacaagaacaacatgcttggccagcggatggttgtcgccggaact
aatatgacaatcttcaccaccgctcttgacgaaagcagcaagccattcccgatgccacac
cagcttcacggaacggatatcatcccggtctcagtctacgtcaacacttttatcaaagcg
actggtggcaaagtactctctaagatggagcttcgcgtacctctcgcggtcacgaacgat
gtccgcaatgttcaggtcattgtcgatggacagagtgtcaaggttgcttcacgtcttagc
tcttcagacgatatgtcatgggtgacgcacagtactgcatcttgggagaatgaaccaagt
gcaaacgtactaccatctctggacgtatcatccgttatcaaacgaattggtacccgcgtc
tcggaaacattctcggtagactacctcaagaagactggcgtgtcagggatggcatttcca
tgggccgtcaacgaccattataacaacactaaagagatgcttgtaacgctcgacaacgac
cctgaacatgagacaatgtcatgggatccttgttcatggggtgctacacttgacgctgcg
acttcagtcggtgctactttgttctcacgcgaagtcaaactacgcattgtctcgcacatc
gataggttgaccatctattcgtccgatccaccgccgaaaagatatcacctttacgtaacc
gaagcaagcagcagccaagtccatgcttgttccgcggatatctctgtacttgacctgagt
ggtacactcctggccagaatcgagtcaatcaggttcacggaggttgaagccacaccaacg
aagagcacaagcattgagagtggggtacatcagattgcatgggttccagcccgtctgtcc
gagaagcctctgtcactggaacaaatcgtacttgtgtctgaagacgatgcaaaacttgag
caatatgcgaatgagttgcagcgacaggctccaaaaatcgtgaagttgacctcggccgcc
aaacttcgtgataatggggcgctgttcatgcgtgagaagaacgcgaccgtaatctattgt
ccaggtacagttacatcgctcgaggatgttgcaagcgcatctcatcgatttatctgggag
gttgcaactgcgatcaaattccttgtcgagaacagcatttctgcaaaattctttgtaatt
cttgatcgcaccttcttggctggatcacctaccgcgctggcccaaggtgctttgtatggt
cttgctcgcgtcgtcgcctcggagcattctgacatttggggtggactcatcgacaacgaa
ggcccgcttttcccggtgatgccactcaagtatgtgcaagaccaggatatcacacgttac
atcgacggagtcccaagagttgcacgaatgaggccattcacaaagcaacaacgctatgcg
ccttcgaccgctcgaactcttctgcccaagcccgaaggtacatatgtcctcaccggtgga
ctaggtgctcttggtcttgagacttgcgacttccttattgagaagggtgcacgtcgtatc
gtcgtaatctcgcggcgtgatatacccgctcgtagccagtggtcaaaagcttctgaaaat
ttagcgccaattttggaaagagtgaaggccatggagaagacgggtgctagcatttacttt
gtttcccttgacattggcgctgcagatgcgcatcaacaactcctttttgcactcgagcga
ctttcactaccacccgtcctcggtgtcattcacgcaagtggtgtgctcgaagacagcttg
ctagtggataccacctcagactctttcgcacgagtactctcgcccaagatctccggcgcc
ctcgcactgcacaaagctttccctcctggcactctcgactttttcgtgctctactcttca
ataggacagctcgtcggaacatctggacagagttcatatgctgccggcaactctttcctc
gacgtcctggcagcacatcgtcggagtcagggcgacaatgcaattgctttccaatggaca
gcttggcgcggcctaggtatggccacgtctaccgacttcctgaccttggagctgcagagc
aaaggaataactgatgtcggtcgcgatgaggctttccaagcgtgggagcacatgtccaag
tacgacgtcgatcaagctgtcgttacgcgtaccttggcgcttgaagcagatgacattctc
ccatgtgcgcttctcgaagaagttgttgttcgaaaagcacgcgcgcaagatcagagtgca
cctgcatctggcaatgcgagcgacagcagtggtcgcccaacagcgagcgcagatctcaag
ccttggcttgatgtcaaaattcgagagtgcgtcgccttggtcatgggcgttgaagacatc
gaggagatcgatacccgtgtgcccttatcggattacggtgttgacagcatcatgactatc
gctcttagacaaaagttgcagagcaaactcaagatcaaggtaccccaaacattaatgtgg
aattatccaactgttagtgctatggtgggatggtttcagaagcagtttgaggaaggccag
taa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (2)   
   KEGG MODULE (1)   
Chemical substance (9)   
   KEGG COMPOUND (9)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (14)   
   KEGG ORTHOLOGY (1)   
   RefGene (10)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (47)   

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