Pyrenophora teres: PTT_10509
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Entry
PTT_10509 CDS
T01613
Name
(GenBank) hypothetical protein
KO
K01187
alpha-glucosidase [EC:
3.2.1.20
]
Organism
pte
Pyrenophora teres
Pathway
pte00052
Galactose metabolism
pte00500
Starch and sucrose metabolism
pte01100
Metabolic pathways
pte01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
pte00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00052 Galactose metabolism
PTT_10509
00500 Starch and sucrose metabolism
PTT_10509
Enzymes [BR:
pte01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.20 alpha-glucosidase
PTT_10509
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Glyco_hydro_31_2nd
Glyco_hydro_31_3rd
Gal_mutarotas_2
Motif
Other DBs
NCBI-ProteinID:
EFQ92396
UniProt:
E3RPF0
LinkDB
All DBs
Position
Unknown
AA seq
905 aa
AA seq
DB search
MFNRLLLGLAACSSLVSAIPISQDATEVSKFIASRAAVDNCTGYSASNVVKTDSSLTADL
TLAGAACNLYSEDIKDLKLVVEYQTNERLHVKIYDAAEQVFQVQEEVFPRPKNENAAAGN
SALVFGIKENPFSFAVKRKDNDEVLFDTAVTPLVFEKQYVRLRTKLPDNPNIYGLGEHSD
SFRFATDNYERVLLNAESPNIPNNANLYGTHPIYFDHRGDKGTHGVFLLNSSPMQINVKK
ADAGYNYLEYNTIGGVIDLYFMAGSKPADVSKQYADIAGYSAMYPYWTFGFHQCKYGYWD
VNMVAEVVGNYSTAGIPLEVMWTDIDYMNLREDFTTDPDRFPMTKMHELTTTLHSRDQKY
ILILDPGVHAVSNYDTYQKGHDMDVFLKAADGSDMLGVQWPGAVAWPDWFAPNTEKWWTD
QFKTVFNADSGIDIDGVWVDMNEASNFCQDVTTCNPRQKAIDDGIPPKPGNAPRPNTGRP
IPGFPSSFQPGSSKAKKSLAARQTTGNMKGLPDREWFSPAYHVNSHLGDVSRQTIPMNTT
NYDGTWQYDTHNLYGDMMAATTRESMLARRPKLRPFVLTRSTFAGAGRKVAHWFGDNFSD
WEDYRTSIRQMLAFVAMHQMPMVGSDVCGFNGNADQYMCARWAMLGAFQPFYRNHAELST
IQQEFYQWPIVTAAAKKAIDVRYRLLDYIYTGLYYQTQKGTPMINPLFFLYPTDANTFAL
QEQWFYGDALLISPVMADYSDTVTFYMPNDTFFDYWTFAKIVGQAQNVTLSNLTYTDIPV
HIRGGTIIPQRLNSANTTKALRNEDFSILVAPGADGKATGRLYLDDGESLAQPLTSEISF
SFDNGKFSATGQFGYAAASGESITVANVVVLGQDKAGVKGDFDADKRTVTVKGPFEMTGE
FGFQL
NT seq
2718 nt
NT seq
+upstream
nt +downstream
nt
atgttcaaccgcctgttgctcgggctcgctgcctgctcgagccttgtctcggctattcct
atatcgcaagatgccacagaagtttccaagttcattgcttcccgggccgccgtcgacaat
tgcacgggctactccgcctcgaatgttgtgaagacagactccagcctcaccgccgacctt
actctcgcgggcgcagcgtgcaacctgtatagtgaggacatcaaagacttgaagttggtc
gtcgagtaccagaccaacgagcgccttcacgtgaagatttatgacgccgctgagcaagtc
ttccaggtccaagaagaggtgtttccccgccccaagaacgagaatgcggccgctggaaac
tccgcacttgtgttcggtatcaaagagaaccccttctcctttgctgtaaagcgcaaggat
aacgacgaggttcttttcgacaccgctgtcactcccttggtcttcgagaagcagtatgtc
cgccttcgcaccaagcttcccgacaacccaaacatctacggactcggcgaacacagcgac
tctttccgatttgccaccgacaattacgagcgtgtgttgctgaatgcggaatcgccaaac
attcctaacaacgccaatctctacggaactcaccctatctacttcgatcaccgtggcgac
aagggcacacatggcgtctttctactaaattcgagcccaatgcagatcaacgtcaagaag
gctgacgctggttacaactacctggaatacaacacgatcggtggcgtcatcgatctgtac
ttcatggctggcagcaagcccgccgacgtctccaagcaatatgccgacattgccggttac
tcagcaatgtacccatactggacctttggcttccaccaatgcaagtacggatactgggac
gtcaatatggtcgccgaggttgtcggtaactattcgactgctggaattcccctcgaggtc
atgtggaccgacatcgactacatgaaccttcgtgaggacttcaccaccgatcctgaccgc
tttccaatgacaaagatgcatgagttgaccacgactctgcattcgcgcgatcaaaagtac
atcctgattctcgaccctggtgtccacgctgtgagcaattacgatacctaccaaaagggt
catgacatggatgtgttcttgaaggcggccgatggtagcgatatgctcggtgttcaatgg
cctggcgctgtagcgtggccggattggtttgcgcccaacactgagaagtggtggacggac
caattcaagaccgtcttcaacgccgactccggtattgacattgacggcgtttgggtcgat
atgaacgaagcctcgaatttctgtcaagatgtgacgacatgcaatcctcgccagaaggct
atcgacgatggtatcccgcccaagccggggaatgcgccgcgtccaaacactggccgtcca
atccctgggtttccctccagtttccagccgggtagttccaaggcaaagaagtcgctggct
gctcgtcagacgactggaaacatgaagggtctccccgatcgtgaatggttctcgcctgca
taccatgtcaacagccatttgggtgacgtatctcgccaaaccattcccatgaacactacc
aactacgacggtacctggcaatacgatacacacaacctgtacggtgacatgatggcggcg
acaacccgcgaatccatgcttgcccgtcgtcctaaacttcgaccctttgtactgacgcga
tcgacctttgctggtgccgggcgcaaggtagcccattggtttggcgacaacttctctgac
tgggaggactaccgcacctcgatccggcagatgctggcttttgtggccatgcaccagatg
cccatggtcggttccgatgtgtgcggcttcaacggaaacgcagaccagtacatgtgtgcc
cgctgggcaatgctcggtgccttccagcccttctaccgtaaccacgctgagctgagcacc
atccaacaagagttttaccagtggcccattgtcactgccgccgcgaaaaaggcaatcgac
gtgcgttataggctcctggattacatctacacgggcctgtactaccaaactcaaaagggc
accccgatgatcaaccccctcttcttcctgtaccccaccgacgccaacacatttgctctt
caagagcagtggttctacggcgacgcactcctcatctcgcccgtcatggccgattactcc
gacaccgtcactttctacatgccaaacgacaccttcttcgactactggacatttgccaaa
atcgtcggtcaggcccaaaacgtcacgcttagcaacctgacatacacggacattcccgtg
cacatccgcggcggcacaatcatcccccagcgtctcaacagcgcaaacacgacaaaggcg
ctgcgcaacgaggactttagcatcctcgttgctcccggggcagatggcaaggcgacgggg
cgtttgtaccttgatgacggcgagagcctggcacagccccttacgagcgagatttccttt
tcgtttgacaatggcaagtttagtgcaacgggccagtttggctatgcggccgcgagtggt
gagagcatcactgttgctaatgttgtggtcttgggtcaggacaaggcgggtgtcaagggc
gactttgacgctgacaagcgcactgttacggtaaaggggccgtttgagatgactggagag
tttggctttcaattgtag
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