Salmo salar (Atlantic salmon): 106568341 Help Entry 106568341         CDS       T04363                                  Name (RefSeq) alpha-mannosidase 2-like   KO K01231   alpha-mannosidase II [EC:3.2.1.114] Organism sasa  Salmo salar (Atlantic salmon) Pathway sasa00510   N-Glycan biosynthesis sasa00513   Various types of N-glycan biosynthesis sasa01100   Metabolic pathways Module sasa_M00075   N-glycan biosynthesis, complex type Brite KEGG Orthology (KO) [BR:sasa00001]  09100 Metabolism   09107 Glycan biosynthesis and metabolism    00510 N-Glycan biosynthesis     106568341    00513 Various types of N-glycan biosynthesis     106568341 Enzymes [BR:sasa01000]  3. Hydrolases   3.2  Glycosylases    3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds     3.2.1.114  mannosyl-oligosaccharide 1,3-1,6-alpha-mannosidase      106568341 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Glyco_hydro_38N Glyco_hydro_38C Alpha-mann_mid Laman-like_dom Glyco_hydro_57 Motif Other DBs NCBI-GeneID:  106568341 NCBI-ProteinID:  XP_013994079 UniProt:  A0A1S3LU35 LinkDB All DBs Position ssa13:92939138..92990046 Genome browser AA seq 1154 aa AA seqDB search MMMKLSRQFTVFGSAIFCVVIFSLYLMLDHLQLDHTKSPNNSGDKLQNGQLSILQDKIDR LERLLSENNEIIANIRDSVINLKEXVKDGRGGLDGRNMSQGPYLELLASPPLVLPIDSQD CQFAAREFSKPADGVQLLDVYDLLTFDNHDGGVWKQGFDITYQENEWDSEPLQVFVVPHS HNDPGWLKTFDEYYRDQTQHILNNIVVKLHEDSRRKMIWSEISYFSKWWDNIDDQKRDAV KSLFEQGQLEITTGGWVMPDEANSHYFALIDQLLEGHQWLERNVGVKPQTGWAVDPFGHS PTQAYLLKQAGLANMLIQRVHYSVKKHFASQKTLEFFWRQNWDPASSTDILCHMMPFYSY DVPHTCGPDPKICCQFDFKRLPGGRVSCPWRVPPQPITDENVQHRVQMLLDQYRKKSKLF RTKVVMVPLGDDFRYAEALEWDQQFQNYQKLFDYINSHPELHVKAQFGTITDYFNALRKS AIDPGHASTSLPVVSGDFFTYADRDDHYWSGYFTSRPFYKRLDRVLESHLRAAEILYSLT LANIQRFRKLNDFPAVENNRLLTEARRNLGLFQHHDAITGTGKDMVVIDYGTRLFHSILN LNQVIVNSAHWLVLKDKSAYSHNPSKAFLQMDDIQPAQDALPRKNVLKISSHPRSVVVYN PTEQDRTSVVTVYVNTPHVCVITDHGHPIPAQISAVWDDYTTASTEAFQLSFVAQVPALG LGLYQLSTAVSGGAETAEYVFLRQGGELSVNMKHFTVNIPQDASTPLSIHNPHLQIWSSP TTGLMERLKLKENGSEHQIKVEFAWYGTTSNRDKSGAYLFLPDGEAKMYSPARPPVIRVT KGSVFSEITTTFDHVTHTLRLYNVQGVEGQAVEICNLVDIRGEFNHEIAMRLTSDVDSKD RFFTDLNGFQIQPRRTMAKLPLQANFYPMTSMAYIQDPGTRLTLLTAQSLGSASLVSGQL EVIMDRRLNQDDNRGLGQGVLDNKVTASTFRLLLEKRAKTDGGEKPSHLSYPSLLSHVSS LYLNHPLISMAISTKAQSLSLSAFTPLASSLPCDIHLVNLRSIQSKEDGGGPSDEAALIL HRKGFDCAFSNRNTGLLCATTQGKIHTEKLFSELRFQSIIPVSLTLMHTTEGGSSKEEIR LKPMEISTYRVQLT NT seq 3465 nt NT seq  +upstreamnt  +downstreamnt atgatgatgaagctcagtcggcaattcactgtttttggaagtgccatattctgtgttgtt atcttctcattgtacctgatgctggatcacctgcaattagaccataccaaaagtccaaac aacagtggggataaattgcaaaatggccagttgtccatcctgcaggataagattgaccgc ttggagaggctactgtcagagaacaatgagatcatagccaacatcagggactctgtgatc aacctgaaggagncggtcaaggacggccgtgggggtcttgacggcaggaacatgagccaa gggccctatctagaactgctggcttcgcctccactggtcctccctattgactcacaagac tgtcagtttgcagcaagggagttctccaagccagcagatggggtgcagttgctagatgtg tatgacctcctgacctttgacaaccatgatgggggagtgtggaaacaaggctttgatatc acctaccaggagaatgaatgggacagcgagccactgcaagtctttgttgtgccccactca cacaatgatcctggatggctgaagacgtttgacgaatactaccgggaccagacccagcac atcctgaacaacatagtggtgaaactccacgaggacagccgcaggaaaatgatctggtcc gagatctcatacttctccaagtggtgggacaacatcgacgaccagaagagagacgctgtc aagagtctgtttgagcaaggccagttggagatcacaacgggaggctgggtgatgcctgat gaagccaactcgcattactttgcattaattgaccagctattggagggacaccaatggttg gagagaaatgtgggagtgaaaccccagacgggctgggctgtggatccgtttggccactcc cctacccaggcgtacctgttgaaacaggctggcctggccaacatgctcatccagagggtg cactactccgtcaagaaacactttgccagtcagaagaccctggagttcttttggagacag aactgggacccagcctccagcacggacattctatgccacatgatgcccttctacagttat gatgttccccacacgtgtggtcccgaccccaagatctgctgccagtttgacttcaaaaga cttcctggtgggcgggtcagctgtccctggagggtcccccctcagccaatcacggatgag aacgtacaacacagggttcagatgctgctggaccagtacaggaagaagtccaagctgttc cgaaccaaggtggtgatggtccccctaggggacgacttccgctatgcagaggccttggag tgggaccagcagttccagaactaccagaagctctttgactacattaactctcatccagaa ctacacgtcaaggctcagttcggcaccatcacggattacttcaatgctcttcgtaaatcg gccatagaccccggtcacgctagtacctctttaccggtggtcagcggcgacttcttcacc tacgcagaccgagatgaccactactggagtggctacttcacctctcgacccttctacaaa cgcctggaccgtgtgctggagtcacacctcagggcagctgagatcctttactccctgacc ctggctaatattcagaggtttaggaagctgaatgatttcccagctgtggagaacaacaga ctgctcactgaagccaggaggaacctgggcttgttccagcaccatgacgccatcacaggc accggcaaggacatggtagtgatcgactacggtaccaggttgtttcattccattttgaat ttgaaccaagtgattgtcaactccgctcactggctggtgttaaaggacaaaagtgcatac agtcacaatccgtcaaaagcctttcttcaaatggatgacatccagcctgctcaagatgcc ctgcctcgaaaaaacgttctgaaaatcagctcacaccctaggtctgtggtcgtctacaac cccacggagcaggaccgcacgtcagtggtgaccgtgtacgtgaacacgccccacgtgtgt gtgatcacggaccacggtcaccccatccccgctcagattagcgcggtctgggacgactac accacagcttccacagaggccttccagttgtccttcgtagctcaggtgccagcgttgggt cttgggctgtaccagttgagtacggctgtgagcggcggggcagagacggcagagtatgtt ttcctcaggcaaggcggcgaactatccgtcaacatgaagcacttcaccgtcaacattccc caggacgcctccacccccctcagcatccacaacccccacctccagatctggagctccccc accaccggcctgatggagagattgaagctgaaagagaacggctcagaacaccagatcaag gtggagtttgcgtggtacggcacaaccagcaaccgagataaaagcggagcctacttgttc ctgcccgacggggaagccaagatgtactctcccgcccggcctccagtgatacgggtaacc aaaggatctgtgttctctgaaatcaccactaccttcgatcacgtgacacacactctacgc ctgtataacgttcaaggtgtggagggccaggcagtggagatatgtaacttggtagatata aggggggagttcaaccatgaaattgcaatgaggttaacatcagatgtggacagcaaggat cgattcttcacagacctcaacggattccagatccagcccagaagaaccatggccaagctt cccctgcaagccaacttctatcccatgaccagcatggcctacatccaggaccccggtacc agactgaccctgctcactgcacagtctctgggctccgccagcctcgtgagtggccagttg gaggtgattatggatcgtcggctgaaccaggatgataaccgcgggctgggccagggtgtt ctggacaacaaagttaccgccagcactttccgcctgctcctggagaagagggccaagacc gatgggggggagaaaccctcacacctcagctacccgtctctgctgagtcacgtgtcgtcg ctgtacctgaaccaccctctgatctccatggctatcagcacgaaggcacagtccctgtcc ttgtccgctttcaccccgctggcctcatccctgccctgtgacatccacttggtcaattta cgcagcatacagtccaaggaggacgggggtggtccgtcggacgaggcggctttgattctg cacagaaaaggctttgactgcgccttctccaataggaacacagggctactgtgtgccacc acgcaggggaagatccacacggagaagctgttttcagaactgagattccagagcatcatc cccgtatccctgactctgatgcatacgactgagggagggtcgagcaaagaggaaatcaga ctgaaaccaatggagatcagcacataccgcgtgcagctgacatga

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