KEGG   Haliotis rufescens (red abalone): 124125106
Entry
124125106         CDS       T07893                                 
Name
(RefSeq) neutral alpha-glucosidase AB-like isoform X1
  KO
K05546  mannosyl-oligosaccharide alpha-1,3-glucosidase [EC:3.2.1.207]
Organism
hrf  Haliotis rufescens (red abalone)
Pathway
hrf00510  N-Glycan biosynthesis
hrf01100  Metabolic pathways
hrf04141  Protein processing in endoplasmic reticulum
Module
hrf_M00073  N-glycan precursor trimming
Brite
KEGG Orthology (KO) [BR:hrf00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00510 N-Glycan biosynthesis
    124125106
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04141 Protein processing in endoplasmic reticulum
    124125106
Enzymes [BR:hrf01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.207  mannosyl-oligosaccharide alpha-1,3-glucosidase
     124125106
SSDB
Motif
Pfam: Glyco_hydro_31_2nd Gal_mutarotas_2 Glyco_hydro_31_3rd DUF5110
Other DBs
NCBI-GeneID: 124125106
NCBI-ProteinID: XP_048258977
LinkDB
Position
Unknown
AA seq 959 aa
MAKSKSALSWTMCVLRSLLAVTVLVAQVLSVNRDNFKTCSQSGFCKRQRAMQPGQSPYVA
LLDSIQKTSTSIQLQLLNKDNNIRFLLQVFGLKHNTVRFKLNELEPLRARYEIPVGDALK
SQPETEQITVQETSRGRVTFSLGTSKVVILSDPFRMDFFSGGEPVVSINSQGLLKFEHLR
KKEGWLSRMGSGLYSWFSAPFRAEQQPDSPAEDKGEEEKKEGEEDEEKQVPPEKTDEEAD
MWEETFKSFTDSKPHGPTSVGIDISFPGFDFVYGIPEHAESLALKSTKNTEPYRLFNLDV
FEYDLYNPMALYGAVPLMLAHNKKNTAGIFWHNAAETWIDISSTVADKTFFSKVADMVQG
NTELPRTDTHWFSESGVIDVFVLLGPRPKDVFQQYGALTGTTELPPLFSIAYHQCRWNYN
DEDDVKSVAENFDKHDIPFDVIWLDIEHTDGKRYFTWAGDKFPHPQEMVGNLVSRGRKLV
TIVDPHLKKDDNYKVYADLKAQDYYVKNKDSGEYEGWCWPGSSAWPDFFNPAVQEWWAGK
FAYTEYPGSSKDVFVWNDMNEPSVFNGPEITFQKDVKHHGDWENRDVHNLYGFLVHKATW
DGLLKRSDSHLRPFLLTRAFFSGSQRYGAVWTGDNIGEWSHLKAANPMIMSLNIAGITFS
GADVGGFFRNPDVELITRWYQAGAFYPFFRAHAHLDTKRREPYLLPEDNMKVIRDAVRTR
YTLLSYMYTQFYKSVESGSPIFQPMWVEFPEETAIFGIDAQFMLGPALLVKPVTEQGAST
TTVYFPGTGELWYDLFTYDIHHGEQEKSVAAALDKIPAYQRGGTIVPRKMRIRRSSTLMY
DDPFTLVVCLDKRGEAQGELYADDYHTYQFKNGHYVNRGFTYKGNTLESKNLDPKGSYPT
KEWLEKVIIVGVMQAPKTVVLQSGGSTKNLGFNFDSAKHVLSIRKPGVNIAQDFMISVN
NT seq 2880 nt   +upstreamnt  +downstreamnt
atggcgaagtctaagtcggcattatcgtggacaatgtgtgtccttcgttccctactagct
gtcacagtgctggtagcacaagtcctgtctgtcaacagggacaactttaaaacatgtagt
caaagtggattctgcaagcgccaacgtgcaatgcagcctggccagtcaccctatgtagct
ctgctggactccatacagaaaacatctacatctatacagctacagttattaaataaagac
aacaatattcgatttcttttacaagtatttggactaaagcataatactgtacggttcaaa
ctaaatgagttggagccattaagagcaagatatgaaatcccagtgggagatgctttaaag
tctcagcctgagacggaacagatcacagtgcaggagacctccagaggcagagtcaccttc
tcgctgggcaccagtaaagtggtcatcctgtcagaccccttccggatggacttcttctca
ggaggagagcctgttgtcagcatcaattcacaaggattgctcaagtttgaacatttgcgt
aaaaaagagggctggttgagtagaatgggctcgggattatattcttggttttccgcccct
ttcagagcggagcaacagccagactctcctgcagaagataagggtgaggaggaaaagaag
gagggagaagaggatgaggagaagcaggtgcctccggagaagacagatgaggaggccgac
atgtgggaagagaccttcaagtccttcacagactccaagcctcacggtccaacatctgtg
gggatagacatctcattcccgggcttcgactttgtttatggaattccagaacatgcagaa
agcctagctctcaaatcaacaaaaaacactgagccctatcggttgttcaacctggatgtg
tttgagtatgacctgtataatcccatggctctctacggcgcagttcccctcatgctggca
cacaacaaaaagaacacagccggcatattctggcacaatgctgcagagacgtggattgac
atcagctccactgtggcagacaagacatttttctccaaagtggctgacatggttcaaggt
aatacagagctgcccaggacagacacacactggttctctgagagtggggtcattgatgtg
tttgtgttgctgggaccgcgtcccaaggatgtgtttcaacagtatggagcgctcactggg
accacagaactaccgccgctcttctccattgcctaccaccagtgcagatggaactacaac
gatgaagatgatgtcaaatcagttgctgagaactttgataaacatgatattccatttgat
gtaatctggctggatattgaacacacagatggaaaacgttatttcacgtgggccggagac
aagttcccccacccccaggagatggtgggcaacctcgtctccagaggcaggaagctggtc
accatcgtcgaccctcacttgaagaaggatgacaactacaaggtgtacgccgaccttaaa
gcacaagattactacgtgaagaacaaggatagtggggaatatgaaggctggtgctggcca
gggtcctcagcctggccagacttcttcaaccctgcagtacaggaatggtgggctggcaag
tttgcctacacagaataccctggctcatccaaagatgtttttgtgtggaacgatatgaac
gaaccatcggtcttcaatggccctgagataacattccagaaggatgtgaaacaccatggt
gactgggaaaaccgtgatgtccacaacctgtatggcttcctcgtgcacaaagctacatgg
gatggactgttaaagagatctgacagccacctccgacccttcctgttgaccagggctttc
ttctcaggatcgcagagatatggtgctgtatggacgggtgacaacattggtgagtggtcc
catctgaaggctgccaaccctatgatcatgtctctcaacatagcgggtatcacattctca
ggggctgatgttggtggcttcttccgaaaccctgacgtggagcttatcacaagatggtac
caggcaggagcattctacccattcttccgagctcatgctcacctggatacaaagcgccga
gagccctacctcctgcctgaagacaacatgaaggtgatccgtgatgctgtgaggacccgc
tacactctgctttcctacatgtacacacagttctacaagtccgtggagagtggcagcccc
atctttcaacccatgtgggtggaattcccggaggaaactgccatctttggcatagatgct
cagttcatgcttggacccgcattgttggtgaagcctgtgacggaacagggggcttcgaca
accactgtgtacttccccgggacaggagagctgtggtatgacctgttcacgtatgacatc
caccacggggagcaggagaagagcgtggcagcagcactcgacaagatcccagcttatcag
agaggaggcactattgttccccggaaaatgcgaatcaggagatcgtccaccctcatgtat
gatgatccatttactctggttgtctgtcttgacaagcggggcgaggctcagggagaatta
tatgcagatgactaccacacataccagtttaaaaatggccactatgttaatagaggcttt
acctacaagggcaacactcttgagagcaaaaatttagatccaaagggaagttacccaaca
aaagagtggttggaaaaagttataatagttggagtgatgcaggctcccaaaacagttgtt
cttcaatcaggtggaagtaccaagaatctaggcttcaactttgattcagccaaacatgtc
ctttcaattcgcaagccaggagttaatatagcacaagatttcatgatctctgtcaattaa

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