Setaria italica (foxtail millet): 101753123
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Entry
101753123 CDS
T02818
Name
(RefSeq) LOW QUALITY PROTEIN: alpha-mannosidase-like
KO
K01191
alpha-mannosidase [EC:
3.2.1.24
]
Organism
sita
Setaria italica (foxtail millet)
Pathway
sita00511
Other glycan degradation
Brite
KEGG Orthology (KO) [BR:
sita00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00511 Other glycan degradation
101753123
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
sita04131
]
101753123
Enzymes [BR:
sita01000
]
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
101753123
Membrane trafficking [BR:
sita04131
]
Autophagy
Cytoplasm to vacuolar targeting (CVT) pathway
Selective cargos
101753123
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_38N
Glyco_hydro_38C
Alpha-mann_mid
Laman-like_dom
Glyco_hydro38C2
Motif
Other DBs
NCBI-GeneID:
101753123
NCBI-ProteinID:
XP_012704498
LinkDB
All DBs
Position
IX:32642226..32660618
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AA seq
1013 aa
AA seq
DB search
MAPALVLLVAVIAAAAMAREASAARGLAAASNASAGAGTAAAGGKLTVHLVPHSHDDVGW
LKTVDQYYLGSNNSIQRACVMNTLDSVVDALAKDPARKFIIVEQAFFQRWWEEKSSNIQT
IVRKLVDLGQLEFINGGWCMHDEAAVHYIDMIDQTTLGHRMIKKQFNKTPRAGWQIDPFG
HSAVQAYLLGAELGFDSVHFGRIDYQDREKRKADKGLEVLWRGSRTFGSTSQIFANVFPV
NYSPPNGFGFEVSDENIMPVQDDLMLFDYNVEERVNDFVAAAIAQANVTRTNHIMWTMGD
DFSYQYAESWFRNMDKLIYHVNKDGRVHALYSTPSIYTDAKHTSNESWPVKYDDYFPYAD
AKNTYWTGYYASRPTFKRYVRVLSGYYLAARQIEFLVGRTSLGLFTTSLEDAMGISQHHD
AVSGTAKQHTTDDYSKRLSLGAYKVEKGVSIALTCLTSSNGTCPSSVAKFSQCPLLNISY
CPSTEETISAVKSLVVVAYNPLGWERNDFIRIPVNDENLVVKSSDGTIVESQLVEVDNTT
RNLRKFYLEAYLGTTTDKPPKYWLVFQAFVPPMGWNSYYVSRSTGTXYNRTGYVSTMVSP
RNDMVEVGPGPLKVSFSSESGQLKTIFNSVSGVDLPIQQSFLWYRSNEGDTVDSQASGAY
IFRPNGTTPTVVSSSVLLKIINGPLVDEVHQQFSSWIYQVTRLYKNKEHAEVEYTIGPIP
IDDDAGKEVITRLTSSMITNSTFYTDSNGRDFLKRVRNYREDWDLEMTEPVAGNYYPVNL
GVYVADGKYELSVLVDRAVGASSIHDGQLEIMLHRHTLRDDAKGVDEPLGEVVCLDGSCK
GLTARGTYYVKVDKLGHGAHWRRTYGQQVYSPYLLAFTHEDEISWKSYNVAKESMMDANY
SLPDNVAIVTLQNLDDGTTLLRLAHLFQAAEDPQYSVIAKVELRKVFGKRTIKELTETNL
SANQKKSDMKKLDWRVLGDTESGHTPLKGGLVDNKALVVELGPMEIRTFLLKF
NT seq
3042 nt
NT seq
+upstream
nt +downstream
nt
atggcgccggcacttgtgctgctggtggcagtgatcgcggcggccgcgatggcaagggag
gcgtcggcggcgaggggactcgccgcggcgtccaacgcgagcgcgggggcggggaccgcg
gcggcgggcggcaagctgaccgtgcacctggtgccgcactcgcacgacgacgtcgggtgg
ctcaagaccgtcgaccagtactacctcggatccaacaacagcatccagagagcgtgcgtg
atgaacacgctcgactccgtggtggacgcgctcgccaaggaccccgcccgaaagttcatc
atcgtcgagcaggctttcttccaaagatggtgggaggagaaaagctcaaacatccagaca
atagtccgcaagctggtcgatttgggccagctagagttcataaatggtggatggtgcatg
catgatgaagctgctgtccattatattgacatgatagatcagaccacgcttggtcaccgc
atgatcaagaagcaattcaacaagactccaagggctggctggcaaattgatccttttgga
cattctgcagttcaagcttacttgcttggagcagagcttggctttgattctgtgcatttt
ggaagaattgattaccaagatagggaaaagcgtaaagcagataagggcttagaagtttta
tggcgtggctcaagaactttcggttctacttcacagatatttgcaaatgtatttcctgtc
aattatagccctccaaatggctttggctttgaagtttcagatgaaaatatcatgcctgtc
caggatgacttgatgctgtttgattacaatgttgaagaacgagttaatgattttgttgca
gcagccatagcacaggcaaatgtcacgcgtacaaaccacataatgtggaccatgggggat
gattttagttatcagtatgcagaatcttggttccggaatatggacaagcttatttatcat
gtgaacaaggatggccgagtgcatgcattgtattctactccatccatctacacagatgca
aaacacacatccaatgaatcttggccagtaaaatatgatgattatttcccctatgctgat
gcaaaaaatacatattggactgggtattatgcaagccgtccaactttcaaacgatatgtt
cgagtactcagtggatattacctggctgcacgtcaaatagaattcttagtgggtaggact
tccttaggattgttcactaccagcttggaagacgcaatgggaatttcccagcatcatgat
gctgtctcaggtacagcaaaacaacatacgacagatgactactcaaagcgcctttctctc
ggagcatataaggtcgagaaaggtgtcagcattgctctgacctgtctaacaagttccaat
ggaacatgtccgtcctcagtagcaaaatttagtcagtgccctcttctcaatataagctac
tgcccttcaactgaggaaacaatttcagcagtaaagagtttagttgtagttgcctacaac
cctcttggctgggaacgtaatgacttcataaggattccagtaaatgatgaaaaccttgtt
gtaaaaagctctgatggaactattgttgagtcacaactagttgaggttgataacacgaca
agaaatttaaggaaattttatttggaggcttatcttggaaccacgacagacaaaccacca
aagtattggctagtatttcaagcttttgtgccaccaatggggtggaattcttattacgtt
tcaagatccacaggtacatgatataacagaactgggtatgtctcgaccatggtttctcca
agaaacgacatggttgaagttggaccagggcctctaaaggtgtccttttcatcagaatca
ggacaactcaagacgatattcaattctgtatctggagtggatttacccattcaacaaagc
tttctttggtatagatccaacgaaggtgataccgtcgattcacaggcatctggagcatat
atatttagacccaatggtactacaccaactgttgtttcttcatcggtgctgctgaaaatt
atcaatgggcctctggttgatgaagtgcatcaacaattcagctcatggatttatcaggtt
acacgactgtacaagaataaggagcatgctgaagttgaatatacgattgggccaatccct
atcgatgatgatgcaggtaaggaggtcattactcgactgacgtcaagcatgatcacgaac
agtacattttatactgattctaatggaagagattttctcaaaagggtgagaaactacagg
gaagattgggaccttgaaatgacagaaccggttgcaggaaattactatccggtcaatctt
ggagtgtatgtagcagatgggaaatatgagctgtctgtacttgtggaccgtgctgttgga
gcatcaagtattcacgatggccaactagagattatgctacacaggcataccctaagagat
gatgccaaaggtgttgatgagccactcggtgaagttgtttgtctggatggaagctgcaag
gggctcacggccaggggaacctactatgtcaaagttgacaagctagggcatggagctcac
tggcgaagaacatatggccagcaagtctattctccctatcttcttgcttttactcatgag
gatgagataagttggaaatcctataatgttgccaaagaaagcatgatggatgcgaattac
agtcttcctgataatgttgcaattgttaccttgcagaatctagatgatggtaccacatta
cttcgcttggcccatctttttcaggcagcagaggaccctcaatactcagtgatagcaaaa
gttgaactaagaaaggtgttcggaaagagaactatcaaggagttgactgagactaatctt
tctgcaaatcaaaagaagtcagacatgaagaagctcgactggagggtacttggggacact
gaaagtggtcacaccccattgaagggtggcctagttgacaataaagctcttgttgttgaa
ctgggacccatggaaatacgcactttcttgctcaagttctga
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