WA-4B is made from 4% agarose, processed through emulsification, washing, and sieving. Suitable for separation and purification or analysis of polysaccharides, nucleic acids, viruses, and other lar...
WA-4B is made from 4% agarose, processed through emulsification, washing, and sieving. Suitable for separation and purification or analysis of polysaccharides, nucleic acids, viruses, and other lar...
WA-4B is made from 4% agarose, processed through emulsification, washing, and sieving. Suitable for separation and purification or analysis of polysaccharides, nucleic acids, viruses, and other lar...
WA-4B is made from 4% agarose, processed through emulsification, washing, and sieving. Suitable for separation and purification or analysis of polysaccharides, nucleic acids, viruses, and other lar...
WA-4B is made from 4% agarose, processed through emulsification, washing, and sieving. Suitable for separation and purification or analysis of polysaccharides, nucleic acids, viruses, and other lar...
WA-6B is made from 6% agarose, processed through emulsification, washing, and sieving. Suitable for separation and purification or analysis of polysaccharides, nucleic acids, viruses, and other lar...
WA-6B is made from 6% agarose, processed through emulsification, washing, and sieving. Suitable for separation and purification or analysis of polysaccharides, nucleic acids, viruses, and other lar...
WA-6B is made from 6% agarose, processed through emulsification, washing, and sieving. Suitable for separation and purification or analysis of polysaccharides, nucleic acids, viruses, and other lar...
WA-6B is made from 6% agarose, processed through emulsification, washing, and sieving. Suitable for separation and purification or analysis of polysaccharides, nucleic acids, viruses, and other lar...
WA-6B is made from 6% agarose, processed through emulsification, washing, and sieving. Suitable for separation and purification or analysis of polysaccharides, nucleic acids, viruses, and other lar...
WA-CL 4B is a cross-linked form of WA-4B using bifunctional agents. They exhibit significantly improved physical and chemical stability and can withstand autoclaving at 121 °C. Suitable for large b...
WA-CL 4B is a cross-linked form of WA-4B using bifunctional agents. They exhibit significantly improved physical and chemical stability and can withstand autoclaving at 121 °C. Suitable for large b...
WA-CL 4B is a cross-linked form of WA-4B using bifunctional agents. They exhibit significantly improved physical and chemical stability and can withstand autoclaving at 121 °C. Suitable for large b...
WA-CL 4B is a cross-linked form of WA-4B using bifunctional agents. They exhibit significantly improved physical and chemical stability and can withstand autoclaving at 121 °C. Suitable for large b...
WA-CL 4B is a cross-linked form of WA-4B using bifunctional agents. They exhibit significantly improved physical and chemical stability and can withstand autoclaving at 121 °C. Suitable for large b...
WA-CL 6B is a cross-linked form of WA-6B using bifunctional agents. They exhibit significantly improved physical and chemical stability and can withstand autoclaving at 121 °C. Suitable for large b...
WA-CL 6B is a cross-linked form of WA-6B using bifunctional agents. They exhibit significantly improved physical and chemical stability and can withstand autoclaving at 121 °C. Suitable for large b...
WA-CL 6B is a cross-linked form of WA-6B using bifunctional agents. They exhibit significantly improved physical and chemical stability and can withstand autoclaving at 121 °C. Suitable for large b...
WA-CL 6B is a cross-linked form of WA-6B using bifunctional agents. They exhibit significantly improved physical and chemical stability and can withstand autoclaving at 121 °C. Suitable for large b...
WA-CL 6B is a cross-linked form of WA-6B using bifunctional agents. They exhibit significantly improved physical and chemical stability and can withstand autoclaving at 121 °C. Suitable for large b...
WA-4FF is more extensively cross-linked than WA-CL 4B. They offer superior chemical and physical stability, fast flow rates, and autoclave tolerance at 121 °C. Suitable for large-scale purification...
WA-4FF is more extensively cross-linked than WA-CL 4B. They offer superior chemical and physical stability, fast flow rates, and autoclave tolerance at 121 °C. Suitable for large-scale purification...
WA-4FF is more extensively cross-linked than WA-CL 4B. They offer superior chemical and physical stability, fast flow rates, and autoclave tolerance at 121 °C. Suitable for large-scale purification...
WA-4FF is more extensively cross-linked than WA-CL 4B. They offer superior chemical and physical stability, fast flow rates, and autoclave tolerance at 121 °C. Suitable for large-scale purification...
