Welch Materials has utilized genetic recombination technology to redesign and develop protein A that is resistant to strong alkalis and has high activity. They have independently synthesized high h...
Protein A Polymate PMA utilizes a hydrophilic supermacroporous polyacrylic ester matrix. Compared to traditional agarose matrices, it features higher pressure resistance and greater stability, and ...
Welch Materials has utilized genetic recombination technology to redesign and develop protein A that is resistant to strong alkalis and has high activity. They have independently synthesized high h...
Welch Materials has utilized genetic recombination technology to redesign and develop protein A that is resistant to strong alkalis and has high activity. They have independently synthesized high h...
Welch Materials has utilized genetic recombination technology to redesign and develop protein A that is resistant to strong alkalis and has high activity. They have independently synthesized high h...
Protein A Polymate PMA utilizes a hydrophilic supermacroporous polyacrylic ester matrix. Compared to traditional agarose matrices, it features higher pressure resistance and greater stability, and ...
Protein A Polymate PMA utilizes a hydrophilic supermacroporous polyacrylic ester matrix. Compared to traditional agarose matrices, it features higher pressure resistance and greater stability, and ...
Protein A Polymate PMA utilizes a hydrophilic supermacroporous polyacrylic ester matrix. Compared to traditional agarose matrices, it features higher pressure resistance and greater stability, and ...
Protein A Polymate PMA utilizes a hydrophilic supermacroporous polyacrylic ester matrix. Compared to traditional agarose matrices, it features higher pressure resistance and greater stability, and ...
