Recent Articles
How One-Stop Antibody Customizat...
What Technical Support Is Requir...
What Does Antibody Customization...
Glycosylation Modulation in Tumors: Unraveling Immune Evasion Mechanisms
Concept Glycosylation is a dynamic post-translational modification that attaches carbohydrate chains to proteins. O‑GlcNAcylation, a key type of glycosylation, involves reversible addition of O‑linked N‑acetylglucosamine to serine/threonine residues. In cancer,...
Glycosylation Modulation in Tumors: Unraveling Immune Evasion Mechanisms
Concept Glycosylation is a dynamic post-translational modification that attaches carbohydrate chains to proteins. O‑GlcNAcylation, a key type of glycosylation, involves reversible addition of O‑linked N‑acetylglucosamine to serine/threonine residues. In cancer,...
Read More
Agarose Beads in Immunoprecipitation: Characteristics and Optimization Strate...
Concept Agarose beads are cross-linked polysaccharide microspheres widely used as solid supports in immunoprecipitation (IP). With a porous, hydrophilic structure, they enable antibody immobilization, specific antigen capture, and target protein...
Agarose Beads in Immunoprecipitation: Characteristics and Optimization Strate...
Concept Agarose beads are cross-linked polysaccharide microspheres widely used as solid supports in immunoprecipitation (IP). With a porous, hydrophilic structure, they enable antibody immobilization, specific antigen capture, and target protein...
Read More
Pan‑Modification Microspheres: Simplifying Complex PTM Proteomics
Concept Pan‑modification microspheres are advanced affinity reagents engineered with multiple PTM‑specific probes on a single bead matrix. They enable parallel enrichment of diverse post‑translational modifications (acetylation, phosphorylation, ubiquitination, methylation, etc.)...
Pan‑Modification Microspheres: Simplifying Complex PTM Proteomics
Concept Pan‑modification microspheres are advanced affinity reagents engineered with multiple PTM‑specific probes on a single bead matrix. They enable parallel enrichment of diverse post‑translational modifications (acetylation, phosphorylation, ubiquitination, methylation, etc.)...
Read More
Crotonylation: Redefining Histone Modification and Transcriptional Regulation
Concept Crotonylation is a conserved, reversible lysine acylation modification. It involves the covalent attachment of a crotonyl group to histone/nonhistone lysine residues. Unlike acetylation, crotonylation features a larger, unsaturated acyl moiety....
Crotonylation: Redefining Histone Modification and Transcriptional Regulation
Concept Crotonylation is a conserved, reversible lysine acylation modification. It involves the covalent attachment of a crotonyl group to histone/nonhistone lysine residues. Unlike acetylation, crotonylation features a larger, unsaturated acyl moiety....
Read More
Lactylation: A Key Driver of Tumor Immune Evasion
Concept Lactylation is a histone and nonhistone lysine acylation modification where lactate-derived lactyl groups are covalently attached to proteins. Discovered in 2019, it links glycolytic metabolism to epigenetic regulation. In the...
Lactylation: A Key Driver of Tumor Immune Evasion
Concept Lactylation is a histone and nonhistone lysine acylation modification where lactate-derived lactyl groups are covalently attached to proteins. Discovered in 2019, it links glycolytic metabolism to epigenetic regulation. In the...
Read More
Fumaroylation: A New Hub Linking Metabolism and Epigenetic Regulation
Concept Fumaroylation is a dynamic lysine acylation modification where a fumarate group is covalently attached to protein lysine residues. As a metabolite-driven epigenetic mark derived from the tricarboxylic acid (TCA) cycle...
Fumaroylation: A New Hub Linking Metabolism and Epigenetic Regulation
Concept Fumaroylation is a dynamic lysine acylation modification where a fumarate group is covalently attached to protein lysine residues. As a metabolite-driven epigenetic mark derived from the tricarboxylic acid (TCA) cycle...
Read More