Blautia argi: DQQ01_06945 Help Entry DQQ01_06945       CDS       T05518                                  Name (GenBank) alpha-galactosidase   KO K07407   alpha-galactosidase [EC:3.2.1.22] Organism blau  Blautia argi Pathway blau00052   Galactose metabolism blau00561   Glycerolipid metabolism blau00600   Sphingolipid metabolism blau01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:blau00001]  09100 Metabolism   09101 Carbohydrate metabolism    00052 Galactose metabolism     DQQ01_06945   09103 Lipid metabolism    00561 Glycerolipid metabolism     DQQ01_06945    00600 Sphingolipid metabolism     DQQ01_06945 Enzymes [BR:blau01000]  3. Hydrolases   3.2  Glycosylases    3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds     3.2.1.22  alpha-galactosidase      DQQ01_06945 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Melibiase Glyco_hydro_36N Glyco_hydro_36C PRK Glyco_hydro_31_2nd APS_kinase Zeta_toxin Melibiase_2 nSTAND3 NPHP3_N AAA_33 GHL6 T3SS_ATPase_C AAA_28 NB-ARC AAA_24 AAA_18 AAA_29 AAA_16 ABC_tran CbiA CPT ATPase_2 AAA_13 SRP54 IstB_IS21 AAA_23 Motif Other DBs NCBI-ProteinID:  AWY97922 UniProt:  A0A2Z4UA59 LinkDB All DBs Position 1419542..1422349 Genome browser AA seq 935 aa AA seqDB search MAIIYNPNKKIFTLHTAHTTYQMQVDPLGYLLHLYYGEKTNSSMDYVLTYADRGFSGNPY AAGMDRTYSLDALPQEYPSLGTGDYRNIALNIKNEKGVESADLLFKSYEIRNGKYRLQGL PAVWADEKEAQTLEIVLADENAQVEVHLLYGVLEENDVITRSVRIKNTGTGQITIEKAAA ACLDFVQGEFDVLRFYGKHAMERNLERTPLGHGTIAFGSRRGTSSHQYNPAVILAEKGTT ETAGSCYGMLFVYSGNFSCEAEKDQFNQTRLLLGLNEELFSYPLASGETFTVPEVILSYS ADGLSALSQQYHNCIRNHVCRSKYVHMQRPVLINSWEAAYFDFTGDTIVDLAKEAASLGI DMVVMDDGWFGKRNDDNSSLGDWQVNEKKLGGSLAELITRVHNQGVKFGIWIEPEMVNED SDLYRAHPDWAIQIPGKKPVRSRNQLLLDFSRKEVRDCVFDQICAVLDQGKIDYVKWDMN RSMADVYAGNLSHDYVLGVYDFMERLCSRYPDLLLEGCSGGGGRFDAGILYYSQQIWCSD NTDAINRTRIQYGTSFFYPVSAMGAHVSAVPNHQTGRVTSFHTRGVTAMAGTFGYELNPA LLSDEEKQQIREQIKTYKKYEMLINEGTYWRLSDPFTDEIAAWMSVSEEQDHALVSVVRL MAEANQATVYVRLRGLKPDAVYLEEQSGRQYSGAALMHAGIPLPPFTEEYEAYQFAFTEL KEAGRLYEKVQKWCDGNAENRVVISIYGGSGSGKTTLATALQQYFLNDGTGCYLLSGDDY PHRIPKRNDEERLRVYKEAGEDGLRGYLGTKKEIDFARINEVLAAFHEGKDTITLRHLGR EDGEISSEETDFSGISVLLLEWTHGGSDDLHGVDLSVFLESSPEETKERRIRRNRDENAA SPFICRVVELEQEKLEVQRKNAGLIVGKDGSIYEQ NT seq 2808 nt NT seq  +upstreamnt  +downstreamnt atggcaattatatacaatccaaataaaaaaatatttaccctgcatacggcgcatacaact tatcagatgcaggttgatccactgggatatctgttgcatttgtactacggagaaaaaaca aacagttccatggactatgtcctaacctatgcagaccgcggattttccggaaatccttat gcagccggtatggaccgcacctattcgctggatgcgctaccacaggaatatccgtccctt ggcaccggagattaccgcaatattgcactgaatatcaaaaatgaaaaaggggtggaaagt gcggatctgctttttaaaagctatgaaatccgaaacggtaaataccggttgcagggactt ccggctgtctgggcagacgaaaaggaagcgcagacactggaaattgtcctcgcagatgaa aacgcacaggttgaagtacatctgctgtacggtgttttggaagaaaacgatgtcattaca agaagtgtccggattaaaaatacaggaaccgggcagattacgatcgaaaaggcagcggca gcctgtctggattttgtacagggagagtttgatgtcctgcggttttatggaaaacatgcc atggagcgcaatctggagcgtacgccgctgggacatggaaccattgcgtttggtagccgc aggggaacatccagccatcagtataatcctgccgtgattctggcagaaaaagggacaacg gagaccgcaggcagctgctatggaatgctgtttgtatacagcgggaatttctcctgtgag gcagaaaaagaccagttcaaccagacgcgcctgcttctcggattaaatgaagaactgttt tcctatccgcttgcgtcgggagaaacctttacggtgccggaagttattttgtcttattcg gcagacggattgtctgcactgtcgcagcaatatcataactgcatccgcaaccatgtgtgc cgcagcaaatatgtccatatgcagcgtccggtgctgattaacagctgggaggcagcatat ttcgattttacgggagatacgatcgtggatctggcaaaagaagctgcttcccttggaatt gatatggtagtgatggatgacggctggtttgggaaaagaaacgatgataattcttccctt ggggactggcaggtcaatgaaaagaaactggggggaagcctggcagagcttattacccgt gtgcataatcagggggtgaaatttggtatttggattgagccggagatggtcaatgaagac agcgacctttaccgggcacatccagactgggcaattcagattccggggaaaaagccggtg cgctcgagaaaccagttactgcttgatttttccagaaaagaagtgcgcgactgtgtattt gatcagatttgtgccgtgctggatcagggaaaaattgattatgtcaagtgggatatgaac cgcagtatggcagatgtctatgccggaaatctttcccatgattacgtccttggtgtctat gattttatggagcgtttgtgcagccggtatccggatcttttgctggaaggatgcagcggt ggcggcggcagatttgacgcaggaatactttattattcccaacagatctggtgcagtgac aataccgatgcgatcaaccgcacaagaatccagtacggaacgtcgtttttctatccggtt tccgcgatgggagcgcacgtttcggcggtgccgaaccaccagaccggacgggtgacaagt ttccacacccgcggggtgacggcgatggcgggaaccttcggttacgaattaaacccagcg cttttatccgatgaggaaaagcagcagatccgggagcagatcaaaacgtataagaagtac gaaatgctcattaacgagggaacctactggcggctgtctgatccgtttacagatgaaatt gcggcatggatgtcggtatcagaggaacaggatcatgcactggtaagtgtggtgcgtctt atggctgaggcaaatcaggcgaccgtttatgtccgcctgcgtgggttaaaaccggatgct gtgtatctggaagaacaaagcggcagacagtattccggtgcggcactgatgcatgcggga attccgcttccgccgtttaccgaggaatatgaggcgtatcagtttgcctttaccgaactg aaagaggcgggaagattatatgaaaaagtgcagaaatggtgtgacgggaatgccgaaaac cgggtggtcatcagcatttacggtggctccggttccggaaaaacaacgcttgcaacggca ttgcagcagtactttttaaatgacggaaccggatgttatctgctctcgggcgatgattat ccacaccggattccaaaacgcaacgacgaagaacggctgcgtgtgtataaagaagcaggg gaagacggactgcgtggatatctcggaacaaagaaagagattgatttcgcccggatcaat gaagtgcttgcggcatttcatgagggaaaagatacgatcacgttgcggcatttgggacgg gaagatggcgagatttcatcagaagaaaccgatttttccggaatatctgtattgcttctg gagtggacgcacggaggcagtgacgatttacatggtgtggatctatccgtctttctggaa agttccccggaggagacaaaggagcggcgcatccgcagaaaccgcgacgagaatgccgca agcccgtttatctgtcgtgtggtggaactggaacaggaaaaactcgaagtgcagcgcaaa aatgcaggattgatcgtgggaaaggacggaagtatttatgaacagtaa

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