Aspergillus chevalieri: ACHE_70115S
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Entry
ACHE_70115S CDS
T08080
Symbol
AMS1
Name
(RefSeq) glycoside hydrolase, 38 vacuolar alpha mannosidase
KO
K01191
alpha-mannosidase [EC:
3.2.1.24
]
Organism
ache
Aspergillus chevalieri
Pathway
ache00511
Other glycan degradation
Brite
KEGG Orthology (KO) [BR:
ache00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00511 Other glycan degradation
ACHE_70115S (AMS1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
ache04131
]
ACHE_70115S (AMS1)
Enzymes [BR:
ache01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.24 alpha-mannosidase
ACHE_70115S (AMS1)
Membrane trafficking [BR:
ache04131
]
Autophagy
Cytoplasm to vacuolar targeting (CVT) pathway
Selective cargos
ACHE_70115S (AMS1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_38N
Glyco_hydro_38C
Alpha-mann_mid
Ams1-like_1st
Glyco_hydro38C2
Motif
Other DBs
NCBI-GeneID:
66985630
NCBI-ProteinID:
XP_043139794
UniProt:
A0A7R7VUX5
LinkDB
All DBs
Position
7:join(357687..357832,357882..358390,358468..360454,360503..361121)
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AA seq
1086 aa
AA seq
DB search
MGGGAPLGAPSLFPRTPSHPVGQRIKSIYTDRLRQFTAPGQYEGQNLVSKFFETITTDEN
HIKLSVYSVPNLARPSFAEATSHDFTPTHTGASFGPSWSTHWFRIRLTIPQDMRDKEHLE
FHWDANNEGLVWSEDGRPLQGLTGGGERIEWVIPDAWRDGEEHVFYIEMACNGMFGNAPG
GDSIQPPREDRYYRLETARIVAVNLEARGLNYDFWIIGDAAREFPSDSWESHEANMVANA
IMDAFIAGNGSQESIKEGRRIAKKYLGDKLDSSEVYDTNAQPIVYAIGHCHIDTCWLWPW
AETKRKVARSWSNQCDLMDRYPEHRFTCSQAQQFKWLKQYYPSVFERVRGWVKKGHFQPV
GGSWVEHDTNMPSGESLVRQFLYGQRFFQSNFGERCTTFWLPDTFGYSTQIPQICRLAGM
SRFFTQKLSWNNINNFPHTTFQWVALDGSQVMCHMTPAETYTASAHFGDVKRSVTQHKSL
DQDNTSLLVFGKGDGGGGPTFEHLEKLRRCRGLSDKVGLLPRVKMGNSVDDFFAQLEKKA
AEGTKFVTWHGELYFELHRGTYTTQADNKRNNRKAEFLLRDIELLATVASLRAQYKYPKE
EIDDMWEATLLCQFHDCLPGSCIEMCYDDSDKLYAKIFETGQRLKDEALKVLLEGDGHIS
NGLVAISTMPWSRTEIVRIPAAYATNGYTNYALVEDNTSSATQLKALEREKKPVVIVTED
KPGVFRLENEQLRVIIENGVITSLFDIKAKREIIAKGSKAGQLVIFDDKPLYWQAWDVEV
YHLESRKELSSSQTSIAEADPYHASVVTQTKISDKSWIKTTISLGASVEDQPSYVEFESE
VEWQETMKFLKVEFPVDITNTEASYETQYGIIRRPTHYNTSWDMAKFEVCCHKWADLSEY
GYGVSILNDSKYGFATSGNLMRLSLLRAPKAPDAHADMGRHHIRYAIFPHEGPLDWRTVR
AGYNFNNQLIIQPSSGEEYNVQVAELLGNKSLVLDAVKRGEDDEDVSRGGLPVRPGKSVI
LRIYESLGGKSRGTIRCHYPVTKAFKCNILEDDEEELVVRKERPAEIKIELRAFEVATYR
LQIGSF
NT seq
3261 nt
NT seq
+upstream
nt +downstream
nt
atgggtggaggtgcaccgctgggagctcccagcttatttccccggacgcccagtcatccc
gtcggccagcgtatcaagagcatctacaccgatcgtctgcgtcagttcacagcgccggga
cagtatgaggggcaaaatcttgtttccaagttcttcgaaaccatcaccaccgacgaaaat
cacatcaaactctccgtctactccgtccccaacctcgcccgcccttccttcgcagaagct
acatcccacgatttcacccccacccacacgggcgcctccttcggccccagctggtccacg
cactggttccgcatccgcctcacgatcccccaggacatgcgcgacaaggaacacctcgag
ttccactgggacgcgaacaacgagggtctcgtgtggagtgaggacgggcggccgttgcag
gggttgacgggtggtggggaacggattgagtgggttatccctgatgcgtggagggatggg
gaggaacatgtgttttatattgagatggcgtgtaatgggatgtttgggaatgcgccgggt
ggggatagtattcagccgccgagggaggataggtattatcggttggagacggcgaggatt
gtggcggttaatttggaggcgagggggttgaattatgatttttggattattggtgacgcg
gcacgggagttcccgagtgactcgtgggaatctcatgaagccaatatggttgccaatgcc
atcatggatgctttcattgctggcaacggaagtcaggagtcaatcaaggaaggacgtcgg
atcgccaagaagtaccttggtgacaagcttgactcttccgaggtttacgataccaacgcg
caacctatcgtctacgccattggacactgtcacattgatacctgttggctgtggccatgg
gccgagaccaagcgtaaagtcgcccggtcttggtcgaaccagtgtgacttgatggaccgt
taccccgagcaccggttcacctgctctcaggcacaacagttcaaatggctgaagcagtac
tatccctcggtattcgagcgggttagaggctgggttaagaagggtcatttccagccagtc
ggcggcagttgggttgagcatgataccaatatgcccagtggagagtctctggtgcggcaa
ttcctctatgggcagcgcttcttccaaagcaactttggcgagcggtgcactaccttctgg
cttccagatacctttggttactcgactcagattccccagatctgcagattggcaggtatg
agtcgcttctttacgcagaagctcagctggaacaatatcaacaatttccctcacactacc
ttccagtgggttgccctcgatggcagccaggtcatgtgccatatgacaccggcggagacg
tacacggctagtgcccattttggcgatgtgaagcgtagcgtgacccagcacaagtccctg
gatcaagacaacacttcccttcttgtattcggcaagggagacggcggcggtggccctacc
tttgagcatctggagaaactgcgtcgctgccgtggtcttagtgacaaagtgggactgctt
cctcgtgtaaagatgggcaattccgtcgacgacttctttgctcagcttgagaagaaggct
gctgaagggaccaagtttgtgacctggcacggagagctttatttcgagctgcaccgtggt
acatacaccacccaggcggacaacaagcgcaacaaccgcaaggcggagtttttgctgcgc
gatattgagttgctggcgaccgttgcctccctgagggcacagtataagtatcctaaggag
gagatagacgacatgtgggaggctacccttctgtgccagttccatgattgtctacccggc
agctgcattgagatgtgctatgatgactcggataaactgtacgccaagatctttgagacc
ggtcagagacttaaagatgaagctctcaaggtgcttttagagggggatgggcatatcagc
aatggtctagtggccattagcactatgccatggagtcgcacggagatcgtccggatccct
gccgcatacgccaccaacggctacaccaattacgccctagttgaagacaacaccagcagt
gccacacagcttaaagcccttgagagggagaagaagcctgttgtgatagtgacagaagat
aaaccaggcgttttccgattggaaaacgagcaactgcgggtcatcattgaaaacggcgtc
atcacgtctttgttcgatatcaaggccaaacgcgagattatcgcaaagggtagcaaagcc
ggtcagttggtgatctttgacgacaagccactttactggcaggcatgggatgtggaagtg
taccaccttgagtctagaaaggagctttcttctagccagacttctattgctgaggcggat
ccgtaccatgccagtgtcgttacccagaccaagatcagcgacaagagctggatcaagaca
accatcagccttggtgcttctgttgaagatcaaccgtcttatgttgaattcgaaagtgaa
gtggagtggcaggagaccatgaagttcctcaaggtggaattcccagtagacattaccaat
acagaggcgtcgtacgagactcaatatggtattatcagacggcccacacattataacaca
agctgggatatggccaagttcgaagtctgctgccacaagtgggccgacctctctgaatac
ggatatggcgtgtcaatcctgaacgactccaagtatggctttgcaaccagcggtaatctg
atgcgactttctctgctccgcgcgcctaaggcaccggatgcccatgcagacatgggtcgt
caccacatccgctatgccattttcccacacgaaggacctctggactggcgtactgtccgt
gcagggtacaacttcaacaaccagcttatcatccaaccttcatctggcgaggaatacaat
gtacaagttgccgagcttcttggcaataaatctcttgttcttgatgcggtcaagcgaggc
gaggatgacgaggatgtctctcgaggcggattgcccgtacgtcctggaaagagcgttatc
cttcgcatctatgagtctcttggtggcaagagtcgtggaactattcggtgtcactacccg
gttacgaaggctttcaagtgcaatatacttgaagatgatgaggaggaacttgtcgtgaga
aaggaaaggccggctgagattaagatcgagttgagagcttttgaggttgcgacttatcga
ttgcagatcggttcattctag
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