SIELC Presents Oligonucleotide Analysis Columns

SIELC Technologies introduces the OligoMg and BIST™ AC columns, designed to enhance oligonucleotide analysis by HPLC with the innovative Bridge Ion Separation Technology (BIST™). These advanced columns provide unmatched precision, efficiency, and reliability, making them essential tools for researchers working with DNA, RNA, and modified oligonucleotides. Moreover, the OligoMg column is currently patent-pending as of 2024/05/22, ensuring its innovative design is recognized.

Key Features & Benefits

• BIST™ Technology for Superior Separation – Achieve high-resolution, reproducible separations of oligonucleotides by HPLC, ensuring accurate and consistent results. Consequently, researchers can trust the reliability of their findings.
• Optimized for Oligonucleotide Analysis by HPLC – Perfect for DNA, RNA, and modified oligonucleotides, with OligoMg offering a buffer-free mobile phase for specialized applications.
• Gentle and Efficient Separation – Superior separation of multi-charged oligonucleotides.
• High Selectivity & Precision – Our BIST™ technology ensures selective separation based on chain length, geometry, and nucleobase composition, delivering accurate results for oligonucleotides with varying characteristics.
• Versatile & Reliable – Ideal for complex mixtures, synthetic oligos, PCR products, and RNA. Our columns provide reproducible results across a wide range of applications.
• Time-Saving Workflow – Minimizes sample preparation time, optimizing efficiency in the lab.

Optimized for Your Workflow

• Available in 5 µm, 3 µm, and 2.1 µm particle sizes (OligoMg)
• Customizable to fit specific
• Compatible with various detection methods

Download Our Brochure!

Explore the full capabilities of the OligoMg and BIST™ AC columns in our detailed brochure. Explore the full capabilities of the columns for oligonucleotide analysis in our detailed brochure. By downloading it, you will gain deeper insights into their benefits and applications.

🔗 Learn more about technology: Oligonucleotide Analysis and Oligonucleotides application examples