Constructed from fine particles of rigid agarose with an average size of 40 μm, WH-Fine series combine high resolution with low back pressure. It is suitable for both intermediate and polishing ste...
Constructed from fine particles of rigid agarose with an average size of 40 μm, WH-Fine series combine high resolution with low back pressure. It is suitable for both intermediate and polishing ste...
WH-Plasmid series employs 2-mercaptopyridine (2-thiopyridine), a sulfur-containing compound, immobilized on highly cross-linked agarose with high resolution. This thiophilic affinity medium feature...
WH-Plasmid series employs 2-mercaptopyridine (2-thiopyridine), a sulfur-containing compound, immobilized on highly cross-linked agarose with high resolution. This thiophilic affinity medium feature...
WH-Plasmid series employs 2-mercaptopyridine (2-thiopyridine), a sulfur-containing compound, immobilized on highly cross-linked agarose with high resolution. This thiophilic affinity medium feature...
WH-Plasmid series employs 2-mercaptopyridine (2-thiopyridine), a sulfur-containing compound, immobilized on highly cross-linked agarose with high resolution. This thiophilic affinity medium feature...
WH-Plasmid series employs 2-mercaptopyridine (2-thiopyridine), a sulfur-containing compound, immobilized on highly cross-linked agarose with high resolution. This thiophilic affinity medium feature...
WH-Plasmid series employs 2-mercaptopyridine (2-thiopyridine), a sulfur-containing compound, immobilized on highly cross-linked agarose with high resolution. This thiophilic affinity medium feature...
WH-Plasmid series employs 2-mercaptopyridine (2-thiopyridine), a sulfur-containing compound, immobilized on highly cross-linked agarose with high resolution. This thiophilic affinity medium feature...
WH-Protein A is an advanced affinity resin comprising alkali-resistant Protein A covalently bound to a rigid agarose matrix via epoxy activation. Compared to traditional Protein A resins, it offers...
WH-Protein A is an advanced affinity resin comprising alkali-resistant Protein A covalently bound to a rigid agarose matrix via epoxy activation. Compared to traditional Protein A resins, it offers...
WH-Protein A is an advanced affinity resin comprising alkali-resistant Protein A covalently bound to a rigid agarose matrix via epoxy activation. Compared to traditional Protein A resins, it offers...
WH-Protein A is an advanced affinity resin comprising alkali-resistant Protein A covalently bound to a rigid agarose matrix via epoxy activation. Compared to traditional Protein A resins, it offers...
WH-Protein A is an advanced affinity resin comprising alkali-resistant Protein A covalently bound to a rigid agarose matrix via epoxy activation. Compared to traditional Protein A resins, it offers...
WH-Protein A is an advanced affinity resin comprising alkali-resistant Protein A covalently bound to a rigid agarose matrix via epoxy activation. Compared to traditional Protein A resins, it offers...
WH-Protein A is an advanced affinity resin comprising alkali-resistant Protein A covalently bound to a rigid agarose matrix via epoxy activation. Compared to traditional Protein A resins, it offers...
WH-Protein L is a novel affinity resin synthesized by coupling alkali-resistant Protein L to a rigid agarose matrix using epoxy chemistry. Optimized pore size enhances antibody binding capacity. Th...
WH-Protein L is a novel affinity resin synthesized by coupling alkali-resistant Protein L to a rigid agarose matrix using epoxy chemistry. Optimized pore size enhances antibody binding capacity. Th...
WH-Protein L is a novel affinity resin synthesized by coupling alkali-resistant Protein L to a rigid agarose matrix using epoxy chemistry. Optimized pore size enhances antibody binding capacity. Th...
WH-Protein L is a novel affinity resin synthesized by coupling alkali-resistant Protein L to a rigid agarose matrix using epoxy chemistry. Optimized pore size enhances antibody binding capacity. Th...
WH-Protein L is a novel affinity resin synthesized by coupling alkali-resistant Protein L to a rigid agarose matrix using epoxy chemistry. Optimized pore size enhances antibody binding capacity. Th...
WH-Protein L is a novel affinity resin synthesized by coupling alkali-resistant Protein L to a rigid agarose matrix using epoxy chemistry. Optimized pore size enhances antibody binding capacity. Th...
WH-Protein L is a novel affinity resin synthesized by coupling alkali-resistant Protein L to a rigid agarose matrix using epoxy chemistry. Optimized pore size enhances antibody binding capacity. Th...
WH Fine Series couple functional groups to a rigid agarose matrix for enhanced resolution (compared to WH Series), ideal for intermediate or final purification steps.
