RS31 Exoglycosidases 300

QA-Bio Exoglycosidases 醣苷水解酶

Exoglycosidases 醣苷水解酶 ,是專一性切除醣鏈末端的單醣分子,容許詳細分析醣鏈結構,所有的酵素經過測試,不含蛋白水解活性及非預期的醣苷活性。

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專一性切除醣鏈末端的單醣分子 容許詳細分析醣鏈結構 所有的酵素經過測試不含蛋白水解活性及非預期的醣苷活性

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產品貨號 產品名稱 產品描述 產品規格 (Datasheet)
E-S001 Sialidase Au – Alpha-(2-3,6,8,9), 300mU/60ul All non-reducing terminal branched and unbranched sialic acid. PDF
E-S005 Sialidase Cp – Alpha-(2-3,6), 900mU/60ul All non-reducing terminal branched and unbranched α-(2-3) and α-(2-6) sialic acid. Relative activity α-(2-3) > α-(2-6) PDF
E-S007 Sialidase Sp Alpha-(2-3), 300mU/60ul All non-reducing terminal branched and unbranched α-(2-3) sialic acid. PDF
E-AG01 Alpha-(1-3,6)-Galactosidase, 24U/60ul Non-reducing terminal alpha-(1-3)- and alpha-(1-6)-galactose. There is no activity on alpha-(1-4)-galactose. PDF
E-BG07 Beta-(1-4)-Galactosidase, 180mU/60ul Non-reducing terminal alpha-(1-3)- and alpha-(1-6)-galactose. There is no activity on alpha-(1-4)-galactose. PDF
E-BG02 Beta-(1-3,4,6)-Galactosidase 0.5U/200ul Cleaves all ß1-3 and ß1-4 linked non-reducing, terminal galactose. ß1-6 linked galactose is released at a slower rate. PDF
E-GL01 Glucosaminidase, 2.4U/60ul All non-reducing terminal ß-linked N-acetylglucosamine. Bisecting GlcNAc slows the reaction. PDF
E-AM01 Alpha-(1-2,3,6)-Mannosidase, 0.6U/60ul Cleaves all Alpha-(1-2,3,6)-linked mannose. PDF
E-AM02 Alpha-(1-6)-Core Mannosidase, 60mU/60ul Cleaves unbranched non-reducing terminal mannose, α(1-6) linked to the beta-linked core mannose of the conserved mannosylchitobiose core of N-linked oligosaccharides. The presence of fucose linked to the core N-acetylglucosamine has no effect on cleavage. The enzyme may inhibit other mannosidases if a noncleavable α(1-6) mannose is present on the substrate. It should therefore always be added subsequent to digestion by other mannosidases. PDF
E-F006 Alpha-(1-6)-Fucosidase, 30mU/60ul α(1-6) linked core fucose when covalently attached to a reporter molecule at the reducing terminus. The one exception is that a terminal unbranched α(1-3) ) or α(1-4) fucose is cleaved in the absence of any reporter molecule.These substrates do not apparently occur in nature. Reporter molecules known to support cleavage are amino-napthalene disulfonic and trisulfonic acids and 2-aminobenzoic acid(2-AA). However, 2-aminobenzamide(2-AB) will not support cleavage. Shorter oligosaccharides such as trimannosylchitobiose are more completely digested than longer derivatives which may require longer incubation times. PDF