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10146081

Thermo Scientific™ Hypersil GOLD™ Peptide HPLC Column

Hypersil GOLD™ Peptide performance is assured by our dual quality confirmation, which is performed on both neutrals compounds as well as on a Cytochrome C digest.

Manufacturer: Fischer Scientific

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Diameter (Metric)

2.1 mm

Particle Shape

1.9 μm

Pore Size

175 Å

Surface Area

220 m²/g

USP Type

L1

Packing Material

Spherical, Fully Porous, Ultrapure Silica

Column Type

Reversed Phase

Phase

Reversed Phase

Type

Analytical Column

For Use With (Application)

Peptide

For Use With

LC/MS

pH

2 to 11

Quantity

1 Each

Temperature

60°C

Product Line

Hypersil GOLD

Carbon Load

11%

Endcapped

Yes

Material

Silica

Technique

Reversed Phase HPLC

Description

  • Resolve peptide challenges with one column - NEW Hypersil GOLD Peptide
  • Achieve consistent retention of all peptides, including hydrophilic ones, and resolve deamidated species
  • Designed for stability and lot-to-lot consistency, this column meets the needs of biopharmaceutical product development and manufacturing control
  • Hypersil GOLD Peptide column performance is assured through dual quality confirmation, including a peptide-based QC test, ensures confidence in ultrapure silica, ligand bonding, and column packing for unparalleled sequence coverage and higher peak capacity compared to other peptide columns
  • Consistent, Reliable Results Enjoy excellent reproducibility with minimal RSD%, ensuring consistency from column-to-column and lot-to-lot
  • Optimized Peptide Retention - Retain More, Discover More Our column uniquely holds onto hydrophilic peptides, ensuring no critical data is missed
  • Exceptional Peak Capacity - Separate with Superiority Achieve higher peak capacity for detailed and clear separations, ensuring every component is distinctly resolved
  • Advanced PTM Analysis - Decipher Complex Modifications Efficiently separate key post-translational modifications like deamidation, crucial for in-depth protein analysis
  • Excellent peak shape for peptides using either FA- or TFA-containing mobile phases
  • Unparalleled Sequence Coverage - See the Full Picture High sequence coverage provides a comprehensive analysis, revealing the true complexity of your samples.