WA-6 HP is made of agarose microspheres with an average particle size of 34μm that have been cross-linked several times, this type of resin can withstand 120 ℃ autoclave sterilization, fast flow ra...
WA-6 HP is made of agarose microspheres with an average particle size of 34μm that have been cross-linked several times, this type of resin can withstand 120 ℃ autoclave sterilization, fast flow ra...
WA-6 HP is made of agarose microspheres with an average particle size of 34μm that have been cross-linked several times, this type of resin can withstand 120 ℃ autoclave sterilization, fast flow ra...
WA-4FF, WA-6FF are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B, with higher degree of cross-linking than WA-CL 4B and WA-CL 6B, more stable physicochemical properties, r...
WA-4FF, WA-6FF are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B, with higher degree of cross-linking than WA-CL 4B and WA-CL 6B, more stable physicochemical properties, r...
WA-4FF, WA-6FF are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B, with higher degree of cross-linking than WA-CL 4B and WA-CL 6B, more stable physicochemical properties, r...
WA-4FF, WA-6FF are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B, with higher degree of cross-linking than WA-CL 4B and WA-CL 6B, more stable physicochemical properties, r...
WA-4FF, WA-6FF are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B, with higher degree of cross-linking than WA-CL 4B and WA-CL 6B, more stable physicochemical properties, r...
WA-4FF, WA-6FF are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B, with higher degree of cross-linking than WA-CL 4B and WA-CL 6B, more stable physicochemical properties, r...
WA-4FF, WA-6FF are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B, with higher degree of cross-linking than WA-CL 4B and WA-CL 6B, more stable physicochemical properties, r...
WA-4FF, WA-6FF are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B, with higher degree of cross-linking than WA-CL 4B and WA-CL 6B, more stable physicochemical properties, r...
WA-4FF, WA-6FF are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B, with higher degree of cross-linking than WA-CL 4B and WA-CL 6B, more stable physicochemical properties, r...
WA-4FF, WA-6FF are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B, with higher degree of cross-linking than WA-CL 4B and WA-CL 6B, more stable physicochemical properties, r...
WA-4FF, WA-6FF are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B, with higher degree of cross-linking than WA-CL 4B and WA-CL 6B, more stable physicochemical properties, r...
WA-CL 4B and WA-CL 6B are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B. The physicochemical properties are significantly improved compared with those of WA-4B and WA-6B, ...
WA-CL 4B and WA-CL 6B are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B. The physicochemical properties are significantly improved compared with those of WA-4B and WA-6B, ...
WA-CL 4B and WA-CL 6B are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B. The physicochemical properties are significantly improved compared with those of WA-4B and WA-6B, ...
WA-CL 4B and WA-CL 6B are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B. The physicochemical properties are significantly improved compared with those of WA-4B and WA-6B, ...
WA-CL 4B and WA-CL 6B are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B. The physicochemical properties are significantly improved compared with those of WA-4B and WA-6B, ...
WA-CL 4B and WA-CL 6B are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B. The physicochemical properties are significantly improved compared with those of WA-4B and WA-6B, ...
WA-CL 4B and WA-CL 6B are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B. The physicochemical properties are significantly improved compared with those of WA-4B and WA-6B, ...
WA-CL 4B and WA-CL 6B are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B. The physicochemical properties are significantly improved compared with those of WA-4B and WA-6B, ...
WA-CL 4B and WA-CL 6B are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B. The physicochemical properties are significantly improved compared with those of WA-4B and WA-6B, ...
WA-CL 4B and WA-CL 6B are cross-linked with bifunctional reagents on the basis of WA-4B and WA-6B. The physicochemical properties are significantly improved compared with those of WA-4B and WA-6B, ...
