Thermo Scientific™ Opti-Link™ Carboxylat-modificerede partikler

• Parking area combines surface area and acid content to give you the surface acid distribution that is useful for assay optimization
• Surface area per gram of a particle varies inversely with the particle diameter
• Acid content refers to the titrated milliequivalents per gram (mEq/g) and is weight-based
• For most applications, particles can be used directly from the bottle without any pre-cleaning
• Proprietary anionic surfactant does not interfere with binding of proteins nor cause proteins to desorb from particle surfaces or cause proteins to desorb from particle surfaces
• Various surface acid concentrations available to help optimize reagent development efforts
• Particles have been used in and are equally successful in molecular biology and research applications

Parking Area Properties

• Low Acid Content—60–100 Parking Area—Hydrophobic surface, more colloidally stable than plain polystyrene
• Medium Acid Content—35–59 Parking Area—Hydrophobic and hydrophilic areas; good colloidal stability and good covalent coupling
• High Acid Content—10–34 Parking Area—Hydrophilic surface; excellent colloidal stability; excellent covalent coupling

Recommended for:

• Clinical diagnostics
• Molecular biology
• Nephelometric, turbidimetric and slide agglutination assays

Note:

When using Opti-Linkparticles, ask about our Microparticle Reagent Optimization manual, which outlines our reagent development strategy. This manual includes validated binding, coupling and particle reagent optimization protocols.