Bactrocera oleae (olive fruit fly): 106620448 Help Entry 106620448         CDS       T07646                                  Symbol GCS1 Name (RefSeq) uncharacterized protein GCS1   KO K01228   mannosyl-oligosaccharide glucosidase [EC:3.2.1.106] Organism bod  Bactrocera oleae (olive fruit fly) Pathway bod00510   N-Glycan biosynthesis bod01100   Metabolic pathways bod04141   Protein processing in endoplasmic reticulum Module bod_M00073   N-glycan precursor trimming Brite KEGG Orthology (KO) [BR:bod00001]  09100 Metabolism   09107 Glycan biosynthesis and metabolism    00510 N-Glycan biosynthesis     106620448 (GCS1)  09120 Genetic Information Processing   09123 Folding, sorting and degradation    04141 Protein processing in endoplasmic reticulum     106620448 (GCS1)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:bod04147]     106620448 (GCS1) Enzymes [BR:bod01000]  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      106620448 (GCS1) Exosome [BR:bod04147]  Exosomal proteins   Exosomal proteins of other body fluids (saliva and urine)    106620448 (GCS1) SSDB OrthologParalogGFIT Motif Pfam:  Glyco_hydro_63 Glyco_hydro_63N MGH1-like_GH Motif Other DBs NCBI-GeneID:  106620448 NCBI-ProteinID:  XP_014094428 LinkDB All DBs Position 5:complement(64327829..64331105) Genome browser AA seq 889 aa AA seqDB search MARQRRNVITAGEGTNTSNGNNANNTATGSNPQTPTNNNSHNNKGSKSSGKHKKNDAHFT HSSGGNSGSSSSTISSSTSGANKNKGVHKKRSSFSMWPRLMLDKWKTLIGFVCLGVASYF GYLGYLETRVNTPFDNEKMVTRSGLDDPERYWGSYRPLTYFGMKTRDPHSLVMGLMWYTP SNLGHGGRGIRHWCEIGDNLDKYGWTQHDGRTFGVQEIHDLPFELKTSFIKYTGGRKLGG DWTARVSVRNVTKTWDHSISLIWYVALDERTNGHIRYLSNDNSPEAGVYGETLGLGEFKL RFQPIKGRILHKSYLSTVAPSLSKLKETVFSHFRVFTDKRDNRFVGLPGEMISQNGVVAA DPNFIAIQITAEVDFTMDIIYQSTSGFSNENVSKPPTGRAFTNDLQEKLSEFDKRFEDTF HLIAKGYSANEIKFAKYAVSNLIGGIGYFYGSSKVKSVYTKKPVPYWKAPLYTSVPSRSF FPRGFLWDEGFQILVISSWDLDIALDIMCHWFDLLNIEGWIPREQILGVEALAKVPEEFV VQHNTNANPPTFFLTLDKILTHHKKELSIKGRLDVLERLYPRLQTWFAWYNTTQRGDVFG TYYWRGRNASSETELNPKTLTSGLDDYPRASHPTNYERHVDLRCWIALASRVMSDLSDIL GKDSIKYYETATFLADNQLLNEQHLSPFTETYADWGLHTDAVVLKRPQVTKQNLKKYQQQ QLEMVRVTMKQPERQFVDTTYGYVNLFPFLLQILDHDSVYLGKLLRDLRDPNMLWTNYGL RSLAKSAPLYMKRNTEHDPPYWRGPIWININYLAIRALHHYGTVEGPYATLAREIYNELR ENVVGNIFREYQRTGYLWEQYDDTTGQGKGCYPFTGWTSLVVLIMSEQY NT seq 2670 nt NT seq  +upstreamnt  +downstreamnt atggcgaggcaacgacgcaatgttatcacagccggtgagggcacaaacacaagcaatggt aataacgcaaataatacagctaccggcagcaatccccaaacacctactaacaataatagc cacaacaacaaaggtagtaagagttcagggaaacacaaaaagaacgatgctcacttcaca catagcagtggcggcaatagcggctcaagttctagtacgatttcttcatcaacctctggt gcgaataaaaataagggagtacataaaaaacgtagcagtttctcgatgtggcccagattg atgttggataaatggaagacactgatcggttttgtttgtttgggtgtagcgtcgtatttt ggctacttaggttacctggaaactcgtgtaaacacaccatttgataatgaaaaaatggtg acacgctcaggactggacgatccggaacgctattggggctcatataggccgcttacatat ttcggtatgaaaacacgcgatccacactcactagtaatgggtttgatgtggtatacaccg tccaatttgggacacggtggtagaggcatacgtcactggtgtgaaatcggtgataatctc gacaaatacggctggacacagcatgatggacgtacatttggtgtgcaagaaatacacgat ctgccattcgagttgaaaacgtcatttataaaatatactggtggtagaaaattaggtggc gattggacggcgcgcgtatctgtgcgaaatgtaactaaaacatgggatcactcgatctct ctaatttggtatgtggcgctcgatgagcgcacaaatggtcatattagatatctctcaaat gacaacagtcccgaggcaggtgtctatggcgagacacttggcctcggcgaatttaagttg cgctttcaaccaattaaaggcaggatattgcacaaatcctatctgagcacagtggcaccg tcgcttagcaaattaaaggaaaccgttttttcacactttcgtgtatttacggataagcgc gacaatcgctttgtcggtttaccaggtgaaatgatctcacaaaatggcgtggttgcagct gatcccaattttattgccatacaaatcaccgccgaagtggatttcaccatggatattata taccagtccacttcaggcttttcgaatgagaatgtgtctaagccgcccacaggcagggcg tttacaaatgacttgcaagagaaattgtccgagttcgataagcgttttgaggacacattc catttgatagccaaaggttattcagccaatgaaatcaaatttgccaaatatgccgttagc aacttgattggtggtattggttacttttatggctccagtaaagtgaaatcagtttatacg aagaaaccagtgccatactggaaagcaccgctctacacctccgttccgtcacgttccttc tttccacgtggtttcctgtgggatgaaggttttcaaatacttgtcatatcctcatgggac ttggatattgcgctggatatcatgtgtcactggttcgatttgctgaacatagaaggctgg ataccaagagaacaaatcttaggcgtcgaggcgctggcgaaagtacctgaagaattcgtc gtgcaacataacaccaacgccaatccacccacatttttcctcacactggacaaaatactc acacatcataagaaggaactttcgataaaagggcgtctcgacgtgttggaacgactctac ccacgtctacaaacttggttcgcctggtacaataccacgcagcgtggcgatgtattcggc acttactactggcgcggacgtaatgcgtccagtgagactgaattgaacccgaaaacgctt acatcgggcttagacgattacccgcgtgcctcacatcccaccaactatgagcggcacgtc gatctgcgctgctggatcgcgcttgcgtcgagagtaatgagcgacctatccgacatactc ggtaaagatagtattaaatactatgaaaccgccaccttccttgccgataaccaattgcta aatgaacagcatttaagtcccttcaccgagacctatgccgattggggtctacacacagac gccgtcgtgcttaagcgtccacaagtgactaagcaaaatctgaaaaaatatcagcaacaa caattggaaatggtgcgcgtcactatgaagcagccggaacgtcaatttgtcgacaccaca tatggttatgtgaatctatttccattcctgctgcaaatactcgaccacgattccgtttat ctgggcaaattgctgcgcgatttacgcgacccgaatatgttatggaccaattatggtctg cgttcattagccaagagcgcaccattgtatatgaaacgcaatacggaacatgatccgcca tattggcgtggtcccatctggataaatatcaattatctagcaattagggcattgcatcac tacggcaccgttgagggtccgtatgccacacttgcgcgtgaaatctacaacgaattgcgt gaaaatgttgtaggcaacatattcagagaataccaaagaaccggctatctgtgggagcag tatgacgacaccacagggcagggcaaaggctgctatccgtttacgggttggacttcgcta gtagtacttattatgtcggagcaatattaa

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