WH-NHS 3.1/WA-NHS 4FF are agarose gels preactivated with N-hydroxyl acyl succinimide in a high rigidity/high flow rate agarose WH-HF3.1/WA-4FF matrix. with spacer arms suitable for coupling small m...
WA-Epoxy 6B is a 6% agarose gel based, pre-activated with epoxy groups, which can be used to covalently immobilize organic molecules (proteins, peptides, sugars, etc.) onto agarose gels after chemi...
WA-Epoxy 6B is a 6% agarose gel based, pre-activated with epoxy groups, which can be used to covalently immobilize organic molecules (proteins, peptides, sugars, etc.) onto agarose gels after chemi...
WA-Epoxy 6B is a 6% agarose gel based, pre-activated with epoxy groups, which can be used to covalently immobilize organic molecules (proteins, peptides, sugars, etc.) onto agarose gels after chemi...
WA-Epoxy 6B is a 6% agarose gel based, pre-activated with epoxy groups, which can be used to covalently immobilize organic molecules (proteins, peptides, sugars, etc.) onto agarose gels after chemi...
WA-Epoxy 6B is a 6% agarose gel based, pre-activated with epoxy groups, which can be used to covalently immobilize organic molecules (proteins, peptides, sugars, etc.) onto agarose gels after chemi...
WA-Epoxy 6B is a 6% agarose gel based, pre-activated with epoxy groups, which can be used to covalently immobilize organic molecules (proteins, peptides, sugars, etc.) onto agarose gels after chemi...
WA-Epoxy 6B is a 6% agarose gel based, pre-activated with epoxy groups, which can be used to covalently immobilize organic molecules (proteins, peptides, sugars, etc.) onto agarose gels after chemi...
WA-Epoxy 6B is a 6% agarose gel based, pre-activated with epoxy groups, which can be used to covalently immobilize organic molecules (proteins, peptides, sugars, etc.) onto agarose gels after chemi...
WA-Epoxy 6B is a 6% agarose gel based, pre-activated with epoxy groups, which can be used to covalently immobilize organic molecules (proteins, peptides, sugars, etc.) onto agarose gels after chemi...
WA-Epoxy 6B is a 6% agarose gel based, pre-activated with epoxy groups, which can be used to covalently immobilize organic molecules (proteins, peptides, sugars, etc.) onto agarose gels after chemi...
WA-Epoxy 6B is a 6% agarose gel based, pre-activated with epoxy groups, which can be used to covalently immobilize organic molecules (proteins, peptides, sugars, etc.) onto agarose gels after chemi...
WA-Epoxy 6B is a 6% agarose gel based, pre-activated with epoxy groups, which can be used to covalently immobilize organic molecules (proteins, peptides, sugars, etc.) onto agarose gels after chemi...
WA-Epoxy 6B is a 6% agarose gel based, pre-activated with epoxy groups, which can be used to covalently immobilize organic molecules (proteins, peptides, sugars, etc.) onto agarose gels after chemi...
WH-Protein L is a novel affinity resin synthesised by epoxy-chemistry from a base-resistant Protein L and a highly rigid agarose matrix, with an optimised pore size to facilitate increased antibody...
WH-Protein L is a novel affinity resin synthesised by epoxy-chemistry from a base-resistant Protein L and a highly rigid agarose matrix, with an optimised pore size to facilitate increased antibody...
WH-Protein L is a novel affinity resin synthesised by epoxy-chemistry from a base-resistant Protein L and a highly rigid agarose matrix, with an optimised pore size to facilitate increased antibody...
WH-Protein L is a novel affinity resin synthesised by epoxy-chemistry from a base-resistant Protein L and a highly rigid agarose matrix, with an optimised pore size to facilitate increased antibody...
WH-Protein L is a novel affinity resin synthesised by epoxy-chemistry from a base-resistant Protein L and a highly rigid agarose matrix, with an optimised pore size to facilitate increased antibody...
WH-Protein L is a novel affinity resin synthesised by epoxy-chemistry from a base-resistant Protein L and a highly rigid agarose matrix, with an optimised pore size to facilitate increased antibody...
WH-Protein L is a novel affinity resin synthesised by epoxy-chemistry from a base-resistant Protein L and a highly rigid agarose matrix, with an optimised pore size to facilitate increased antibody...
