Polysaccharide HPLC & SFC Columns: CHIRAL ART
Coated and immobilized CHIRAL ART polysaccharide columns by YMC offer wide selectivity range, high stability and attractive pricing.
Polysaccharide HPLC & SFC Columns from YMC: CHIRAL ART
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Immobilized and coated CHIRAL ART polysaccharide columns from YMC offer a wide selectivity range, high stability, and attractive pricing. Coated CHIRAL ART Amylose-C Neo and Cellulose-C (alternative to AD and OD), as well as immobilized Amylose-SA, Cellulose-SB, Cellulose-SC, Cellulose-SJ (alternative to IA, IB, IC, and IJ) and the latest immobilized Cellulose-SZ (alternative to IM), are available in analytical (3, 5 µm) and semi-preparative HPLC columns and as bulk media (10, 20 µm). Seamless scalability is provided from HPLC to the preparative scale. CHIRAL ART columns cover the whole range of robust NP, RP, and SFC separations and guarantee attractive prices.
CHIRAL ART Columns Features:
- Coated and immobilized polysaccharides
- Stable in NP, RP and SFC mode
- Wide application range
- Reduced background signal for MS
- High efficiency long-lasting semi-preparative YMC-Actus columns
- Extremely attractive pricing for CHIRAL ART Columns
Characteristics:
- Particle sizes: 3, 5, 10, 20 µm
- Separation modes: NP, RP, SFC
- Pressure limit: 300 bar
Analysis and purification of oligonucleotides by anion exchange and ion-pairing reversed phase chromatography
In this whitepaper, YMC Europe provides useful information for all chromatographers who deal with the analysis and/or purification of oligonucleotides. Therapeutic oligonucleotides (TOs) are synthetic DNA or RNA oligomers designed to target specific genes or transcriptional pathways with the purpose of treating a wide range of diseases, including cancer, genetic disorders, and viral infections. The focus of this whitepaper is on anion exchange chromatography (AEX) and ion pair reversed phase chromatography (IP-RP). For both modes, the main aspects are the selection of a suitable stationary and mobile phase as well as the optimum temperature.
