Sequence of A0A1L9VN02_ASPGL
EC Number:3.2.1.23
EC Number
Recommended Name
Accession Code
Organism
No of amino acids
Molecular Weight [Da]
Source
Reaction
beta-D-galactopyranosyl-(1-4)-beta-D-galactopyranosyl-(1-6)-beta-D-galactopyranosyl-(1-3)-beta-D-galactopyranose + 3 H2O = 4 beta-D-galactopyranose
Other sequences found for EC No. 3.2.1.23
General information:
Sequence
0 MLLRPLIASA AFVAACAVGA TPYSRTPGLS EQKLSLAPSL NRWPRGIHLA VDYYPSQWPE
60 QVWKSDIAQM RDANISYVRV NEFDWAILEP TEGQYNFTLL DRTLELLARY DLKAIIGTPT
120 AGPPNWLTEK YDVSFVDHTN TTLRFGSRRG YSTSSTDYRL LSQNITRKLA ERYGNHPTVA
180 GWQLDNEFGC HDTTQSYDHN AIRRFRAWLQ TKYGTIDNLN AAQGRVFWSD QYTSFDVVQP
240 PFLQVYTPQP GHVLDWYLFS SDMMIEFARQ QSEILRQYAP TQFITTNFMM AFAEFDHFKF
300 SREVGLDLAT FDEYPLDLSS FSWLSSEEQA KYLHTGLPDS QALSHALYRG VAGVAYNKTS
360 GPFGVMEMQT GVLNWSPYRV SPLGGMVRLW THETFADLGD MVSYFRWRQV PYAQEQTLSG
420 LFTPDGTTDE GFLELRTVVD EDLPTLGEAL NSDQEEEHQA DVALIFDYVS SQVWAIEPYS
480 GDWSPKEFSY MDPTVKYMDI VYNFYSALRR LGLSVDVISP DQPIHGYKFV VVPSLPIIPR
540 AFNQALAEYS GPIVFGPHTG SKTATFSYSP GLNPSKGPLH DRLPMRVTRV ETPPSYADSG
600 VTYAGKTFNI SGWEEWVVCE RKNRTSVVTM TYSSSHRPGQ PAACSMDGLH YLGFNPPVDL
660 LVSYLGHVAK DAAITDFAGR QANSSNDLGP TLRFAKRGTL LWGFNYGLEP AKAPAIEGAE
720 LLIGGDGSEI ASADIAVWRL KSAQA
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Sequence Reference
Authors
Title
Journal
Volume
Pages
Year
PubMed ID
6062004
de Vries R.P.,Riley R.,Wiebenga A.,Aguilar-Osorio G.,Amillis S.,Uchima C.A.,Anderluh G.,Asadollahi M.,Askin M.,Barry K.,Battaglia E.,Bayram O.,Benocci T.,Braus-Stromeyer S.A.,Caldana C.,Canovas D.,Cerqueira G.C.,Chen F.,Chen W.,Choi C.,Clum A.,Dos Santos R.A.,Damasio A.R.,Diallinas G.,Emri T.,Fekete E.,Flipphi M.,Freyberg S.,Gallo A.,Gournas C.,Habgood R.,Hainaut M.,Harispe M.L.,Henrissat B.,Hilden K.S.,Hope R.,Hossain A.,Karabika E.,Karaffa L.,Karanyi Z.,Krasevec N.,Kuo A.,Kusch H.,LaButti K.,Lagendijk E.L.,Lapidus A.,Levasseur A.,Lindquist E.,Lipzen A.,Logrieco A.F.,MacCabe A.,Maekelae M.R.,Malavazi I.,Melin P.,Meyer V.,Mielnichuk N.,Miskei M.,Molnar A.P.,Mule G.,Ngan C.Y.,Orejas M.,Orosz E.,Ouedraogo J.P.,Overkamp K.M.,Park H.-S.,Perrone G.,Piumi F.,Punt P.J.,Ram A.F.,Ramon A.,Rauscher S.,Record E.,Riano-Pachon D.M.,Robert V.,Roehrig J.,Ruller R.,Salamov A.,Salih N.S.,Samson R.A.,Sandor E.,Sanguinetti M.,Schuetze T.,Sepcic K.,Shelest E.,Sherlock G.,Sophianopoulou V.,Squina F.M.,Sun H.,Susca A.,Todd R.B.,Tsang A.,Unkles S.E.,van de Wiele N.,van Rossen-Uffink D.,Oliveira J.V.,Vesth T.C.,Visser J.,Yu J.-H.,Zhou M.,Andersen M.R.,Archer D.B.,Baker S.E.,Benoit I.,Brakhage A.A.,Braus G.H.,Fischer R.,Frisvad J.C.,Goldman G.H.,Houbraken J.,Oakley B.,Pocsi I.,Scazzocchio C.,Seiboth B.,vanKuyk P.A.,Wortman J.,Dyer P.S.,Grigoriev I.V.
Comparative genomics reveals high biological diversity and specific adaptations in the industrially and medically important fungal genus Aspergillus.
Genome Biol.
18
0-0
2017
