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GalNAc conjugation building blocks

17 listings from 6 suppliers

Japanese name: GalNAcリガンド・コンジュゲーション用ビルディングブロック

GalNAc conjugation building blocks are reagents that attach a trivalent GalNAc ligand to the end of an oligonucleotide, giving siRNA and antisense compounds liver-targeting properties. They come as pre-conjugated CPG supports, phosphoramidites and linker intermediates for solid-phase synthesis. Buyers compare linker structure, deprotection conditions and the pore size of the support against their synthesis protocol. Browse GalNAc cluster CPGs and amidites, monomer reagents and linker intermediates from the makers that supply them.

Triantennary GalNAc cluster CPG / pre-conjugated supports
ProductMakerWhere to buy in Japan
Tri-GalNAc-TEG C7 CPG (NACD4-009)LGC Biosearch TechnologiesNot yet confirmed
TEG-GalNAc Cluster Succinate CPG 1000Å (ON-468)Hongene BiotechNot yet confirmed
GalNAc Cluster Amide C7 Linker DMT Succinate LCAA CPG 1000Å (G1000-506-35)Hongene BiotechNot yet confirmed
Tri-GalNAc Ligand LCAA CPG 500Å (MV100075)Sussex Research LaboratoriesNot yet confirmed
GalNAc cluster phosphoramidites
ProductMakerWhere to buy in Japan
TEG-GalNAc Cluster Amidite (OP-123)Hongene BiotechNot yet confirmed
GalNAc-Cluster-HHA-CE Phosphoramidite (OP-042)Hongene BiotechNot yet confirmed
GalNAc cluster and linker intermediates (for synthesis and conjugation)
ProductMakerWhere to buy in Japan
Tris-GalNAc-β-Ala-NH₂ (MV100006)Sussex Research LaboratoriesNot yet confirmed
Tris-GalNAc-PEG5-NHS Ester (MV100052)Sussex Research LaboratoriesNot yet confirmed
Peracetylated GalNAc PEG linker propanoic acid (ON-1006)Hongene BiotechNot yet confirmed
Peracetylated GalNAc PEG linker-Azide (ON-491)Hongene BiotechNot yet confirmed
GalNAc Cluster DerivativesBiosynthNot yet confirmed

“Where to buy in Japan” shows only sales relationships we have confirmed on the company’s or the distributor’s own website. “Not yet confirmed” means we have not checked yet, not that the product is unavailable in Japan. Product names link to the maker’s own page.