Nuvia cPrime hydrophobic cation exchange media are a new addition to Bio-Rad's family of mixed-mode purification products. 25 ml, hydrophobic cation exchange chromatograhy media, 70 μm particle size.
Nuvia cPrime media's unique selectivity allows methods developers to use hydrophobic and cation exchange interaction modes to achieve effective purification. Nuvia cPrime media are built on a rigid, mechanically and chemically stable macroporous base matrix with a particle size optimized to deliver... Read more
Nuvia™ cPrime™ Media (156-3401)
Average Rating: 5.0
1 Scientist has reviewed this product
Status:
Reviewer
Member since: 2015
Organization: MATC
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- Ease of use
- After sales service
- Value for money
Rating: 5.0
Application Area: Cell Culture
"This worked great with some difficult to keep alive cells."
Review date: 11 Nov 2015 | Nuvia™ cPrime™ Media (156-3401)
Nuvia cPrime hydrophobic cation exchange media are a new addition to Bio-Rad's family of mixed-mode purification products. 25 ml, hydrophobic cation exchange chromatograhy media, 70 μm particle size.
Nuvia cPrime media's unique selectivity allows methods developers to use hydrophobic and cation exchange interaction modes to achieve effective purification. Nuvia cPrime media are built on a rigid, mechanically and chemically stable macroporous base matrix with a particle size optimized to deliver exceptional flow properties, fast mass transfer, and stability.
Nuvia™ cPrime™ Media (156-3401) delivers value by providing:
Nuvia cPrime media's unique selectivity allows methods developers to use hydrophobic and cation exchange interaction modes to achieve effective purification. Nuvia cPrime media are built on a rigid, mechanically and chemically stable macroporous base matrix with a particle size optimized to deliver exceptional flow properties, fast mass transfer, and stability.
Nuvia™ cPrime™ Media (156-3401) delivers value by providing:
- New and unique selectivity
- Salt tolerant media
- Simple method development
- Large design space for capture and elution of a variety of biotherapeutic proteins
- High recovery of target protein
- Mechanical and chemical stability
