As part of our diverse resin portfolio, ABT offers top-of-the-line cationic and anionic exchangers, specifically designed to optimize the efficiency and effectiveness of drug manufacturing processes.
Strong Anion Exchanger
Q RAPID RUNTM AGAROSE BEADS
Weak Anion Exchanger
DEAE RAPID RUNTM AGAROSE BEADS
Strong Cation Exchanger
SP RAPID RUNTM AGAROSE BEADS
Weak Cation Exchanger
CM RAPID RUNTM AGAROSE BEADS
Our lightning-fast lead times of <12 weeks for 600 liters or more volumes can help you bring your biotherapeutic
to market faster than ever before. Our security of supply will guarantee no disruption to your production processes.
ABT is proud to be at the forefront with resins to solve these challenges. Our IEX resins demonstrate high-purity and yield, ensuring that your oligonucleotides are contaminant-free and suitable for use in medical applications.
At ABT, we understand the importance of oligonucleotides in clinical and therapeutic applications. Oligonucleotides (often referred to as oligos) are short DNA sequences of nucleotides that are emerging as novel and promising alternatives to a wide variety of diseases.
These therapeutic areas require high-quality materials. To meet this demand, the industry will need to overcome several purification challenges, including purity and yield at a commercial scale. More specifically, during oligonucleotide synthesis, a significant amount of failure reads are created and need to be purified away.
Both resins greatly improved the loading capacity, purification yield, and purity of a crude mRNA's
oligonucleotide compared to competitive products, making them a reliable choice for your research or commercial applications.
*Better perfomance resins. Table 1. Summary table of results and characteristics of the resin used in this study.
OUR METICULOUSLY CRAFTED AND TECHNOLOGICALLY ADVANCED PRODUCTS DELIVER EXCEPTIONAL PERFORMANCE, ENSURING EFFICIENT ION EXCHANGE PROCESSES. WITH A FOCUS ON QUALITY AND RELIABILITY, WE STRIVE TO MEET THE DIVERSE NEEDS OF OUR CUSTOMERS, OFFERING THEM SUPERIOR SOLUTIONS FOR THEIR ION EXCHANGE REQUIREMENTS.
