Cavenderia fasciculata (cellular slime mold): DFA_05938
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Entry
DFA_05938 CDS
T02668
Name
(RefSeq) glycoside hydrolase family 63 protein
KO
K01228
mannosyl-oligosaccharide glucosidase [EC:
3.2.1.106
]
Organism
dfa
Cavenderia fasciculata (cellular slime mold)
Pathway
dfa00510
N-Glycan biosynthesis
dfa01100
Metabolic pathways
dfa04141
Protein processing in endoplasmic reticulum
Brite
KEGG Orthology (KO) [BR:
dfa00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00510 N-Glycan biosynthesis
DFA_05938
09120 Genetic Information Processing
09123 Folding, sorting and degradation
04141 Protein processing in endoplasmic reticulum
DFA_05938
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
dfa04147
]
DFA_05938
Enzymes [BR:
dfa01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.106 mannosyl-oligosaccharide glucosidase
DFA_05938
Exosome [BR:
dfa04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
DFA_05938
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Glyco_hydro_63
Glyco_hydro_63N
MGH1-like_GH
PA14
Dicty_CTDC
Motif
Other DBs
NCBI-GeneID:
14876388
NCBI-ProteinID:
XP_004361653
UniProt:
F4PJM8
LinkDB
All DBs
Position
Unknown
AA seq
1506 aa
AA seq
DB search
MIKYFLIILLLLPIVIYCQEVLMKVSIFDHHPAVDGNFEPPTAGKVTRGMVKSSLDIKSK
IPELVSLDPANKINIGGNMYVPQNFKYFFSPDYTPSKINRYLNTSILLAKKGDYYEYKND
FFFPIDGTSSAKLGFDAEGYKLYYDVPNANQYHNYHFCLKMNSFFKFRLTSPPMQFNFRG
DDDVWVYINNKLAMDLGGLHYYADGSIVFDTMKAQELGLTDDGVYSFDFYYCERQTTGSH
MGFQINFPLDCSQTDYCGVCNGAGECCDVNKACVKYAGNKCMDAKCPAWNTNIPDLSQMS
NYCVYTNRSYDSMNDKCSFYTCDPATGNPKKNPSPCDKLPCQSSTCTNGAVGCVYTPTCV
PANSCEVVKCAADGVTCNRSPKTCTSTDVCKKYSCDTSRPDGCTSQPTCPTVIVENGVVN
KCKYGTCNPANTTNPCVINEIANCNDCSGTPNPCQVLDKCISATGKWTFKDNPEINDNDP
CNKDLCDIATGVITHPYIACPGTCSRCNASDGAYACKLVNSLCEDSNACTTNTCSTNGTC
LFDPIKCPADPDKCSFYTCDKTKGCTLQSVTCPDEGNCQVGYCDKSMGCLLRPRNCTTAA
YCLEGYCDERLGCLSLNRTCTPNRPQCQVGICNNQTETCEYHDRDPYPFVCKTAAVVSTA
VIAGVVVAGAVALGLAVFGGKKGYDYWKTQRAGKIGAANANPFKRCSGVRGSRRWDNVIE
TGKEGLNEKLYWGTYKPHLYHALKSRSKQPITAGLIWSVPNIDKLYTRYLHRVGGQAIDG
VERYEWIRHDGYNYGEQEIEDKAGNLKLIISFIKKDKTNWSVRVSGSQLNTTKPVPMTSL
FYYIQDESMTDQKDGKGLTYSQTDGVSKGEKDVYIDGSHPELGRYTMTLSNLDATNTPKS
SMFLDTQPSVQDWRYYGQSETSDNRWDIPTVMFDESTKEHIQSYYSKWLSSEKKQQTVFV
PTLPNIVEKNSNLLVVQRVLTAPFNVEISFTCHGEKELSQAKLKETFTKISRTNFDEIWD
QHNRKFETKYELKFPVNKFVTDEYRKFGKIVLSNMFGGIGFWSGNIQYRDPITNKIQIAP
DSTLFGTTPSRAIFGRPFLWDEGLHQLVVGHFDSDMSLEILSSWLNTMDANGWIAHDQIL
DREIASFALENNKNEDIVQSPRVLNPPTILMAIDRLIDQVYQCLQGTSNTQSTVTSDCKN
ESARILEFLRAAYPRLGKYYQYFWDTLESDKVPKLFSWKMDHLSKSNLKNGTAVLIASGM
TDYPRCNFGSCNSQNELFEQEENYLHLDAAAWVAYAAGRMARIAETIKESSQDYRNDKSV
VLEQLKKYHWDPYTSKYYDVKITTTKPTIKVEKVDVYGILNFMPLLLGLEDSNDRYLLDK
LNAVKDIRGLWSRHGLRSLAVRDPYFNSNNHEWRGAIWINYNYILTNAIHTKYMVEPPKA
AKISFYETYHSLRHNLVHNVYLVYRDSGFIWEQYHSIEGNGQGAHPFCGSTSLVLLILSD
QFSLTI
NT seq
4521 nt
NT seq
+upstream
nt +downstream
nt
atgataaagtattttttaattattctattattacttcccattgtaatatattgtcaagag
gtattgatgaaagtatcaatatttgaccaccatccagcggtagatggtaattttgaacct
ccaacagctggtaaagtcactagaggaatggttaaatctagtctagatattaaatctaaa
attccagagttggtgtcgctggatccagccaataaaataaatataggaggcaatatgtac
gtaccacagaatttcaaatactttttctcgccagattacacgccatcaaagatcaatcgt
tatctaaacacttccattctacttgccaaaaaaggagactattacgagtacaagaacgac
tttttcttcccaattgatggtacctcgtccgccaaactcgggtttgatgccgagggttac
aaactctactacgatgttccaaacgccaaccaataccacaactaccacttttgtctgaaa
atgaactcctttttcaaattcagactgaccagtcctccaatgcaatttaactttagagga
gatgatgatgtttgggtatacatcaacaacaagttggccatggatttgggtggtctccac
tattatgcggatggttcgatcgtgtttgacacgatgaaagcacaagaactcggtctgacc
gatgatggtgtctattcatttgatttctattattgtgaacgtcaaacaactggttctcat
atgggtttccaaattaatttccctctagattgttctcaaactgattattgtggagtttgt
aatggtgcaggagaatgttgtgatgtcaacaaggcatgtgtaaagtatgctggtaacaag
tgtatggatgcaaaatgtccagcttggaatacaaatattccagacctttctcaaatgtca
aactattgtgtctacactaacagaagttatgatagtatgaatgacaaatgctcgttttac
acttgtgatcctgccactggtaatccaaagaagaatccatccccttgcgataaattgcca
tgccaatcatcaacttgtaccaatggagccgtaggatgtgtctacacacccacctgtgtc
ccggcaaacagctgtgaggtcgtcaagtgtgctgccgacggggtaacctgtaatcgtagt
ccaaagacctgtaccagcacagacgtctgcaaaaagtactcgtgtgatacaagtcgacca
gatggatgtacctctcagccaacctgtccaacggtgattgtcgagaatggtgttgtcaac
aagtgcaagtatggtacatgcaaccctgcaaatactaccaatccatgtgttatcaatgag
attgccaactgcaacgattgttccggtacccccaacccatgccaggtgctcgacaagtgt
atctctgccacgggcaagtggacattcaaagacaacccagagattaacgataatgaccca
tgtaacaaagatttgtgtgatatcgccaccggtgtaataacccacccctatattgcttgt
cctgggacctgtagccgttgcaacgcatccgatggtgcctatgcatgtaaactagtcaac
tctctttgtgaagattccaatgcgtgcacaaccaatacatgctctaccaatggaacttgt
cttttcgatccaataaagtgtcctgccgatcccgacaagtgctctttctacacgtgtgac
aagaccaaaggatgcacattgcaaagcgtaacctgtcccgacgaaggaaactgtcaagtt
ggctactgcgacaagtcaatgggttgtcttctccgcccaagaaactgcacaaccgctgcc
tattgtctcgagggctattgtgatgagcgtctaggatgcttgtcgctcaatcgtacctgc
acacccaaccgtccgcaatgtcaagtaggaatatgcaacaatcaaacagagacttgcgag
tatcatgaccgtgatccctatccatttgtatgtaaaacggctgctgtcgtttccaccgcc
gtcattgcaggtgtggtagttgccggtgcagttgctctgggtctcgcagtgtttggagga
aagaagggatacgactattggaagacacaacgagctggcaagattggtgctgcaaatgcc
aacccatttaagagatgttctggggtcagaggttctaggcgatgggataatgtaatagag
actggtaaagaaggattaaatgaaaagttgtactggggtacttataaaccacacctatat
catgcattaaagagcagaagtaaacaaccaatcacggcgggtttgatatggtcggtacca
aacattgataaactgtacactcgctatttgcaccgtgtgggaggccaagccattgacgga
gtggaacgatacgaatggatcagacacgacggctacaactatggagaacaagagattgaa
gacaaggctggtaatctaaagctgatcatctcgtttattaaaaaggacaagaccaactgg
agtgttcgtgttagtggtagtcaattaaacacaaccaagcctgttccaatgacatcactc
ttttactatatccaagatgaaagtatgactgatcaaaaggatggtaaaggtttgacctac
tctcaaactgacggtgtctctaaaggtgaaaaggatgtttacattgatggttctcaccca
gaacttggtagatacacaatgacactcagtaatctagatgccacaaacactccaaagagt
tcaatgttcctagacacacaaccaagtgtccaagattggcgttactatggtcagtcggaa
acatcagacaatcgatgggacattccaaccgtcatgtttgacgaatcaaccaaagaacac
attcaaagctactacagtaaatggttgagttctgaaaagaaacaacaaactgtttttgta
ccaacacttcccaatatcgttgaaaagaatagtaaccttttagttgttcaaagagtttta
actgctccttttaatgttgaaatatcatttacttgtcatggtgaaaaagaattaagtcaa
gcaaagttaaaggaaacttttactaaaatctctagaactaatttcgatgagatttgggat
caacataatagaaagtttgaaacaaaatatgaattaaagttcccagtcaacaagtttgta
acagatgaatatagaaagtttggaaaaatagtactttctaatatgtttggtggtattggt
ttttggtctggtaatattcaatacagagatccaatcactaataaaattcaaattgctcct
gactctacattatttggaacaacaccaagtagagcaatatttggtagaccattcctttgg
gatgaaggtttacatcaattggtagttggtcattttgattctgacatgtcacttgagatc
ttgtctagttggttaaatacgatggatgcaaatggttggattgctcatgaccaaatattg
gatcgggaaattgcatcatttgcattggaaaacaacaagaatgaggatatcgtacaatca
ccacgtgtactcaacccacccaccatcttgatggctattgataggttgattgatcaagtc
taccaatgtctccaaggtacatccaacacacaatctacggttacctcggactgcaagaat
gagtctgctagaatactcgagttccttcgcgctgcctatccacgactcggcaagtactac
caatacttttgggacacactagaatcggacaaggtaccaaaactctttagttggaagatg
gatcatctctcaaaatccaacctcaaaaatggtactgccgtcttgattgccagtggtatg
accgactacccacgatgcaactttggttcgtgtaacagccaaaacgagctatttgaacaa
gaagaaaactacttgcatttggatgctgccgcttgggttgcctatgcagctggtagaatg
gccagaatcgccgaaaccatcaaggagtcgtcacaagactaccgcaacgataaaagtgtc
gtgcttgaacaactcaaaaagtatcattgggatccgtacactagtaaatactatgacgtc
aagattacgaccaccaaaccaaccatcaaagttgaaaaggttgatgtctatggtatcctc
aactttatgcctctcttgttgggattggaagattcaaatgaccgatacctcctcgacaaa
ctcaacgcggtcaaggatatcaggggactgtggtcaagacatggattgagatcacttgca
gtacgtgacccctactttaactcgaataaccatgaatggcgaggtgccatctggatcaac
tacaactatattctcaccaatgccatacacaccaaatacatggtggaaccacccaaagca
gctaaaatctcattctacgaaacctatcattctctcagacacaatttggtccacaatgtc
tatttggtgtatcgtgactctggtttcatctgggaacaataccactcaattgaaggaaat
ggtcaaggtgcacatccattctgtggttctacttctttggtattattaatccttagtgat
caattctctttaacaatttaa
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integrated database retrieval system
