Fusarium musae: J7337_011155
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Entry
J7337_011155 CDS
T09538
Name
(RefSeq) hypothetical protein
KO
K28899
alpha,alpha-trehalase [EC:
3.2.1.28
]
Organism
fmu
Fusarium musae
Pathway
fmu00500
Starch and sucrose metabolism
fmu01100
Metabolic pathways
fmu01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
fmu00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
J7337_011155
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
fmu00537
]
J7337_011155
Enzymes [BR:
fmu01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.28 alpha,alpha-trehalase
J7337_011155
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
fmu00537
]
Enzymes
J7337_011155
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Glyco_hydro_65N
Glyco_hydro_65m
Glyco_hydro_65C
F5_F8_type_C
Motif
Other DBs
NCBI-GeneID:
68319011
NCBI-ProteinID:
XP_044677259
UniProt:
A0A9P8ILX0
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All DBs
Position
8:complement(<2736989..>2740321)
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AA seq
1043 aa
AA seq
DB search
MLCSYLNYVILALLSSVKVATSTHGHDRVKNCYQRHSTSNHSAKASNNIYKTSFPGVTWD
NDNWLLSTTNLDQGHYQSRGSVANGYLGINVAAVGPFFEIDLDEKGGVINGWPLFSRRQT
FATIAGFYDAQPKTNGTNFPWLLQYGYESIISGVPHWSGLILDLGDDVYLDATVDNRAVH
NFTSTYDFKAGVLEWSYTWKPKAQKYSYKIKYRLFAHKLHVNQAIVDLTVVPSVDSEATI
VNVIDGYSAVRSDFVKSGEDDDGAVFSAVRPVGIPNVTAYIYAQVNGSKSLDLSKRQLVH
GKPYVHTNESSIAQAIPVKFSAGVPVQITKYVGAASSDAFDDPGKIAKEASRRAMEEGYE
KSLLSHVKEWESVMPSDSVDSYASPENNTLSEDEYIIDSSIIAVTNTYYLLQNTVGKNAQ
KKVSGAPVNVDSISVGGLTSDSYAGLIFWDADLFMQPGLTTSHPEAAQRITNYRVAKYDQ
AKKNIATSYAGSQNKTKFSDSAAVYPWTSGRFGNCTATGPCWDYEYHLNGDIGISLVNQW
VTSGDTDFFKETLLPIYDSVANLFADLLKPNGSSWTITNMTDPDEYANHIDAGGFTMALA
SETLIQANKIRQQFGMTENKTQDEIASNVLFIRENGITLEFTTMNGSAIVKQADVVLMSF
PLGYNDNYTDQNGLDDLDYYANKQSPDGPAMTWAIYSIVADELSPSGCSAYTYAQYSYKP
YTRPPFYQLSEQLVDNATTNGGTHPAYPFLTGHGGANQVTIFGYLGLRLIPDQGLHVNPN
LPPQIPYLKYRTFYWRGWPISAWSNYTHTVISRHATTKPLDVADSRYANKSIAVYAGKQG
GSALHHLSFDEPVVIRNRQIGSIDTVHGNLAQCRPVKSSNSYEPGQFPLGAVDGATSTKW
QPSKAAEISSLTVSLAKEDFGSKVKGFYFDWADAPPVNVTVLFHNKTIDDPAKVYGTSGH
DSGYDVVVSIKKVKLSDAYNAKTDNLDAVVIPTGNTTNVTLPEPVPLSRYATLLIAGNQA
LDAVDVKAGNGTGATVAEWAILH
NT seq
3132 nt
NT seq
+upstream
nt +downstream
nt
atgctttgctcgtatcttaattatgtcattttggcacttctctcttcagtaaaggtggca
accagcactcacggccatgaccgagttaagaactgctatcaacgtcatagcacatcaaat
cactcagccaaagccagcaacaacatctacaagacctcattccccggcgtaacatgggac
aacgataattggctcctcagcacaaccaatctcgaccaaggccactaccaatctcgcgga
tccgtagcaaacggctatctcggcatcaacgtcgctgccgtcggcccgttcttcgagatt
gaccttgacgaaaaaggtggcgtcatcaacggctggccgctcttctcgaggcgccagacc
ttcgcaacaatcgctggcttttacgatgcgcagcccaagacgaatggaacaaactttccc
tggcttttgcagtatggctatgagagtatcatcagtggcgttccgcattggagcggactt
attcttgatttgggagatgatgtttatcttgatgcgacggtggataatcgagctgttcat
aactttacgtctacctacgatttcaaggccggagttttggagtggtcatatacgtggaag
cctaaggctcagaagtactcttacaagatcaagtaccgcctgtttgcgcacaaactccac
gtcaaccaggccatcgtggatctaacagtcgtcccatccgtcgactccgaagcgacaatt
gttaacgtaattgatggatactcggctgtgcgttcagactttgtcaagtcaggcgaggat
gacgacggcgccgtattctcagctgttcgacccgttggaatccccaatgtgaccgcctac
atctacgcacaagtcaacggttccaaatctctcgacctgtccaagcgccaattggtccat
ggaaagccgtatgtgcacaccaacgaatcatctattgcacaagccattcctgtcaagttc
tcagctggtgtccccgttcagatcaccaaatacgtgggagctgcttcctccgacgccttc
gatgaccctggaaagattgcgaaggaggcttcacgccgagcgatggaggaaggatacgaa
aagtctcttttgtcgcatgtaaaggaatgggagagtgtcatgccgagtgactctgtggat
agctatgcctctcccgagaacaacacgctctctgaggatgagtacatcatcgactcttct
atcatcgcagtcacaaacacatactacctcctccaaaacacagtcggcaaaaatgcacaa
aaaaaagtatcaggagcccccgtcaacgtcgacagtatctctgtcggtgggcttacatcc
gactcctacgccggcctaatcttctgggacgcagacctcttcatgcaacccggtctcaca
acatcacaccccgaagctgctcagcgtataaccaattaccgcgttgctaagtatgaccaa
gccaagaagaacatcgcgacttcatatgctgggtctcaaaacaagaccaagttctctgac
tcggcagctgtgtacccgtggactagcggccggtttgggaattgtactgcgactggtcct
tgttgggactatgagtaccatttaaacggcgatattgggatctctttggtgaatcagtgg
gttacgagtggtgataccgacttcttcaaggagacactgctgccgatctatgactcggtt
gcgaacctctttgcggatttgttaaagccgaatggatcatcgtggactatcacgaacatg
actgaccccgacgagtatgcgaaccatatcgacgctggtggtttcactatggcccttgct
tctgagaccttaatccaggccaacaagatccgccaacagtttggaatgacagagaacaag
acgcaggacgaaatagcctctaatgtactgttcatcagagaaaacggcataaccttggag
tttacgaccatgaatggcagcgccatcgtgaagcaggctgatgtggtgctcatgagcttt
ccgttgggttacaacgataactacactgaccagaacggactggatgacctcgactattac
gcgaacaagcagtctcccgatggaccagccatgacctgggctatctactccatcgtagcc
gacgagctctcaccatcaggttgctcagcgtacacctatgcacagtactcctacaagccc
tatacacgacccccgttctatcagctttctgaacagttggtcgacaatgcgaccacaaat
ggtggcacgcatccggcatatcccttcctcactggccatggaggcgctaaccaagtgact
atctttggataccttggcctacgactcattcctgatcaaggcctccacgtaaatccgaac
ttgcctcctcagattccgtatctgaagtatcgaacgttttattggaggggctggcctatc
tctgcttggtcaaattacacgcatactgttatttctcgacatgcgacgaccaagcctctt
gatgttgcggattctcggtacgcaaataagagcattgcagtctatgctggaaagcaagga
ggctctgctcttcatcatctatcattcgacgagcctgttgttatcaggaaccgacagata
ggcagcatcgacacagtgcatggcaacctcgctcagtgccgaccagtcaagtcttctaac
tcgtacgagccaggacagttccctctcggggctgttgacggagctacttcgacaaagtgg
cagccctccaaggccgctgagatcagctcactgacagtttcccttgcgaaagaggacttt
ggttctaaagtcaaaggcttctacttcgattgggccgatgcgccacctgtcaacgtcaca
gttctgttccacaacaagaccattgatgatccggccaaggtctatgggacatcaggccac
gactcgggatatgacgtggttgtgtccataaagaaagtcaaactctcggatgcgtacaac
gcaaagacggataatctagatgcagtcgtcattcccacagggaacactaccaatgtcact
ctcccagagcctgttcccttgtctcgatacgccacgttgttaatagcggggaaccaggct
ttggatgcggttgatgtcaaggctgggaacggtacgggcgctacggtcgccgagtgggca
atccttcactaa
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