Understanding DPPH: Properties, Applications, and Its Role in Antioxidant Research

Explore the vital role of DPPH in scientific research, particularly in antioxidant capacity evaluation and EPR spectroscopy.

Get a Quote & Sample

Key Advantages

Versatile Research Tool

DPPH serves as a versatile tool for chemical reaction monitoring, most notably in the common antioxidant assay, providing crucial data for scientific studies.

Visual Monitoring Capability

The distinct color change of DPPH upon neutralization allows for visual monitoring of reactions, simplifying data interpretation in various research settings.

Established EPR Standard

As a well-characterized solid radical source, DPPH is the traditional standard for the position and intensity of electron paramagnetic resonance (EPR) signals.

Key Applications

Antioxidant Studies

DPPH is a well-known free radical used to evaluate the antioxidant capacity of diverse substances, aiding research in food science and nutrition.

Pharmaceutical Development

Assists in understanding the oxidative stability of pharmaceutical compounds, contributing to enhanced drug efficacy and shelf life.

Material Science

Employed in studying polymer degradation, helping to develop more stable materials resistant to oxidative damage.

Environmental Chemistry

Used to monitor oxidative stress in environmental samples, providing data for environmental protection efforts.