KEGG   Pyrenophora teres: PTT_07191
Entry
PTT_07191         CDS       T01613                                 
Name
(GenBank) hypothetical protein
  KO
K01196  glycogen debranching enzyme [EC:2.4.1.25 3.2.1.33]
Organism
pte  Pyrenophora teres
Pathway
pte00500  Starch and sucrose metabolism
pte01100  Metabolic pathways
pte01110  Biosynthesis of secondary metabolites
Module
pte_M00855  Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:pte00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    PTT_07191
Enzymes [BR:pte01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.25  4-alpha-glucanotransferase
     PTT_07191
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.33  amylo-alpha-1,6-glucosidase
     PTT_07191
SSDB
Motif
Pfam: hDGE_amylase GDE_C hGDE_central hGDE_N Alpha-amylase
Other DBs
NCBI-ProteinID: EFQ94963
UniProt: E3RH37
Position
Unknown
AA seq 1569 aa
MAVALPHHSKSSSPRKVVYLLPLTDYGCPDVAGTYIYMPPPTDPAYSICFQIQGTSSICR
EGSLWVNIPAKGEKFERSNYREYKLQPNFTGLCEIEIPIHEANAFSFYTTYSPLPQWSFT
DVASPKPTRTDTYYIDVCPSLRLKGEHLPVEAVCIFSTLSKFMGNYPTDWDNHLRGISQR
GYNMVHFTPLMMRGSSNSPYSIYDQLKFDDAIFKNGEQDIADMVQKMHSEFNLLAMTDVV
WNHTANNSPWLEEHPEAGYNVDTAPHLRPALELDTALLQFGQELAERGLPTTFNNEADLL
KVMQGIKAHVLSKVKLWEYYVLDVERDTKATMEAWISGQVNFVDGSFSEAGLRGLDAVKD
WPLKQKADWLVEHALRGGDRMGERFRRTMDPNISASLLCALFGRFDTRTSDKPDERAAQG
TMTAIFNEVNLPFYREYDGDQSEILEQLFNRIKYVRIDAHGPKLGEVTEANPLIETYFTR
LPLNDTTKKHNPEALALVNNGWVWAADAMRDNAGPKSRAYLRREVIVWGDCVKLRYGNGP
EDNPFLWEHMAKYTRLMAKYFQGFRIDNCHSTPIHLAEYMLDQARSVNSNIMVCAELFTG
SEEMDYKFCMKLGICALIREAMQSWSTQEMSRLVHRHGGVPIGSFETDEVMNAAQATDGS
DQTKPIIKKIKRSPVHALFMDCTHDNETPAQKRDARDTLPSAALVAMCDCATGSVFGFDE
VYPELIELVHEKRLYSSANSTGGPIKPQAGEGGIGGIRKIINEIHVKMGREEYNETYIHH
DNEYITVHRVNPHTRKGYFLIAHTAFPGYGNGNGGFGKTNLPGTQAKLIGAWNLEVDDSP
ETKARIIGDKTTLRGLPSKTNNLQGVNIELSGDDTTITIPDKFPPGSIALFETWVPSAEH
ADGLDKFVTSGARTAFSGVNLTDLNYILYRCEEEERDATDHKDGTYNIPGHGNLVYAGLQ
GWWSVLRDIVNDNNLGHPLCNHLREGQWALDYCLGRLEHISQKDNYANIKGPAKWLKSKF
DAIRKVPSYMLPRYFALVIQTAYNAAVERAIELMGENVREGNQFLKSLALVSCQVTGYMN
SASLWPEKSVPSMAAGLPHFAYDWARCWGRDITISARGLYMGTGRYDDAKEHIYAFASVL
KHGMVPNLLGGGKNPRYNSRDSVWWFLQNIQDYTKIVPKGMELLKDQVKRRFLPYDDTWF
AHTDKQAYSKSSTIEDVIQEALQRHASGIEFREYDAGPNIDSQMKSEGFNIKIWTDWETG
LIFGGNQWNCGTWMDKMGESEKAGSKGVPGTPRDGAPVEIIGMLYSTVRWCANMYEAGQF
KYEGVTLDDGKKTVTYKEWADLIKANFERCFYVPRSAEEDSKYDVNSAIVNRRGIYKDLY
RSGKEYEDYQLRPNFPVTMTVAPDLFDPEHALYALQMADRVLLGPQGMKTLDPSDLNYRG
YYINSEDSTDFHTSKGRNYHQGPEWVWPTGFFLRALLKFDLKRRKTPEERIESYQQVTRR
LAGCMKAIQESPWAGLTELTNKDGAFCGDSCPTQSWSASCIIDLFQDAREYEMEGSGTGA
SKSKKQPSS
NT seq 4710 nt   +upstreamnt  +downstreamnt
atggccgtagcactaccacatcactccaagtcttcctcgccgcgcaaggtcgtctacctg
ctgccactaaccgactatggctgcccagacgtggccggcacctacatctacatgcccccg
cccaccgacccagcatactcaatctgcttccagattcagggtacaagctcgatatgtcgc
gagggcagtctttgggtgaacattcccgccaaaggcgagaagttcgagcgcagcaactac
cgcgagtacaaactgcagccaaacttcacgggcttgtgcgagattgagatcccgatacac
gaagccaatgccttctccttctacacgacctactcaccgctgccccagtggtccttcaca
gacgttgcctcgcccaagcccacacggacagatacatactacattgacgtgtgtccaagc
ctccggctgaagggcgagcacttgccggtcgaggccgtctgcatcttctcaactctttcc
aagttcatgggcaactaccctaccgactgggacaatcacctgcgcggtatcagccagcgt
ggttacaacatggtacatttcacaccgcttatgatgcggggttcttcaaactcgccgtac
agcatatatgaccagttgaagtttgacgatgctatcttcaagaacggcgagcaggacatt
gccgatatggtccagaagatgcacagcgagttcaatctgctggccatgaccgatgttgtc
tggaaccacacggccaacaacagcccatggctcgaggaacatcccgaagcgggctacaac
gtcgacactgctccccacctccgaccagctctcgagctcgatacggcgctactgcagttt
ggccaagagcttgccgagcgcggcctacctacaaccttcaacaatgaagcagacctcctg
aaggttatgcaaggcatcaaggcacacgtccttagcaaggtcaagctttgggaatactac
gtccttgacgttgaacgagacacaaaagccaccatggaggcttggatatccggccaagtc
aatttcgttgatggcagctttagtgaagcaggtcttcgcgggctcgatgctgtcaaggac
tggccgttgaagcaaaaggcagactggctggttgagcatgctctgcgcggtggtgaccgc
atgggcgaacgattccgccgtacaatggacccaaacattagtgctagccttctctgcgct
ctctttggccgcttcgatactcgcactagtgacaaaccagatgagcgtgcagctcaaggt
acaatgaccgccatcttcaacgaggtcaaccttccattttaccgcgagtatgacggagat
caatcagagatccttgaacagctctttaaccgcatcaagtatgtgcggatagacgcccac
ggtcctaagcttggtgaggtcaccgaggcaaacccactcatcgagacctacttcacacgg
ctaccgctcaatgacaccacgaagaagcacaacccagaagctctggcgttggtaaacaat
ggttgggtttgggctgcggatgctatgcgggataacgccgggcccaagtcgcgcgcttac
ctgaggcgagaggtcattgtctggggcgactgcgtcaagcttcgctacggaaatggccca
gaggacaacccattcctctgggaacacatggccaagtacacgcggctgatggccaaatac
ttccaaggcttccgaatcgacaactgccattccactcctatacatctcgcagagtacatg
ctggaccaagcacgaagcgtcaactcaaacataatggtttgtgccgaactctttactggt
tcagaagagatggactacaagttttgcatgaagctcggtatctgtgcgctcattcgagag
gccatgcagtcgtggagcacccaagagatgagcaggcttgttcaccgtcacggtggtgtc
cctatcggcagctttgagactgatgaggtcatgaacgcagctcaggcgaccgacggatca
gaccaaactaaaccaatcatcaagaagatcaagcgcagtcctgtccatgcgcttttcatg
gactgtacacacgacaacgaaacaccagctcagaagcgagatgctcgcgatactctacca
agtgctgcccttgttgccatgtgcgactgcgcaactggcagtgttttcggattcgatgaa
gtttacccggaactgattgagcttgtgcacgagaagcgactttactcctcggccaactcc
actggcggcccgatcaaaccacaggctggagagggtggaattggtggtatccgcaagatc
atcaatgagatccatgtcaagatgggtagggaggagtacaatgagacgtatatccatcat
gacaacgagtacatcacagtccaccgcgtcaaccctcacaccaggaagggatacttcctc
atcgcccataccgcattccctggctacggtaacggcaacggaggcttcggaaagaccaat
ctccctggtacgcaggcaaagctcatcggcgcttggaacttggaggtcgatgatagccca
gagacgaaagcccgtatcatcggcgacaagacgaccttgcgcggtttgcccagcaaaacg
aacaatcttcagggtgtgaatattgagttatctggtgatgataccaccatcactatccct
gacaagtttcccccgggtagtatcgcgctattcgaaacctgggtgccgagtgcggagcac
gctgatggtctcgacaaatttgtaaccagcggcgcgcgtacggctttcagcggtgtcaac
ctgaccgatctgaactacatcctgtacagatgtgaagaagaggagagggacgctaccgat
cacaaggacggaacctacaacatccccggccatggcaaccttgtgtatgctggtctgcaa
ggctggtggagtgtactccgcgacattgtcaacgacaataaccttggacacccactctgc
aaccatctccgtgagggtcaatgggcactcgattactgtcttggccgtcttgagcacatc
tcgcagaaggacaattacgccaacatcaagggtcctgccaagtggctcaagtccaagttc
gatgccatccgcaaagttcctagctacatgcttccgcgatattttgctctagtcatccag
actgcatacaacgccgcagttgagcgagcaattgagttgatgggtgagaatgttcgcgag
ggcaaccagttcctgaagagtctggcacttgtaagctgccaagttacgggttacatgaac
agcgcctcgctgtggccagagaagagtgttcccagcatggctgccggtcttcctcacttt
gcctacgattgggcacgatgctggggtcgtgatattaccatctcagcccgcggtctctac
atgggaaccggcaggtatgatgatgccaaggagcacatctatgcctttgccagtgttctc
aagcatggcatggttcctaaccttcttggtggaggcaaaaacccgcgctacaactctcgc
gactcggtctggtggttccttcagaacattcaggactacaccaagattgtaccaaagggc
atggagctcttgaaggaccaggtcaagcgacggttcctcccttacgatgacacttggttc
gcccataccgacaagcaggcctactccaagtcttccacaatcgaagacgttatccaggag
gccctccagcgacatgcttccggcatagaattccgtgagtatgacgcgggcccgaacatc
gacagccagatgaaatcagaaggcttcaacatcaagatttggactgattgggagactggt
ctaatcttcggaggcaaccagtggaactgcggcacatggatggacaagatgggtgaaagc
gagaaggcgggcagcaagggtgttcctggaacaccgcgagacggtgccccggtcgagata
attggcatgctctacagcacagtacgctggtgcgccaatatgtacgaggccggtcaattc
aagtacgaaggtgtaacactggatgatggcaaaaagacagtcacatacaaggagtgggcc
gatttgatcaaggccaacttcgagcgatgcttctatgttccgcggtctgccgaggaagac
agcaagtacgatgtcaactcggctattgtcaaccgccgaggcatttacaaggatttgtac
cgctcaggcaaagagtacgaggactaccagctgaggcccaacttccctgtcaccatgacg
gttgcgccagacctcttcgacccagaacatgctctgtacgctctgcagatggccgacaga
gtcctgctcggacctcagggcatgaagactctggacccctctgatctcaactaccgcggc
tactacatcaacagcgaagactcgaccgacttccatacctcaaagggccgcaactaccac
caaggaccagaatgggtttggcccacgggcttcttcctccgagccctactcaagttcgat
ctcaagcgccgcaagacccccgaagagcgcatcgagagctaccaacaagtcactcgccgt
ctcgcgggttgcatgaaggcgattcaagagtctccttgggctggcctcacggagttgacc
aacaaggacggtgccttctgtggcgactcgtgcccaacgcagagttggagtgctagctgc
attatcgacttgttccaggatgcgcgcgagtacgagatggaaggctcgggtaccggggcc
agtaagagcaagaaacagccctcatcatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (33)   
   KEGG ORTHOLOGY (1)   
   RefGene (30)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (56)   

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