Zeta potential (mV) of CNP Arginine

The Zeta potential of -33 mV for carbon nanoparticles functionalized with Arginine highlights their stability and surface charge in suspension. The negative charge ensures electrostatic repulsion between particles, preventing aggregation and maintaining a stable colloidal solution. This property is essential for enhancing the effectiveness of the nanoparticles in drug delivery and other therapeutic applications.

Zeta potential indicates particle stability and charge distribution
A negative value of -33 mV suggests strong repulsion between particles.
Functionalization with Arginine enhances biocompatibility and application in drug delivery systems.

Description

The Zeta potential of -33 mV for carbon nanoparticles functionalized with Arginine highlights their stability and surface charge in suspension. The negative charge ensures electrostatic repulsion between particles, preventing aggregation and maintaining a stable colloidal solution. This property is essential for enhancing the effectiveness of the nanoparticles in drug delivery and other therapeutic applications.

Zeta potential indicates particle stability and charge distribution
A negative value of -33 mV suggests strong repulsion between particles.
Functionalization with Arginine enhances biocompatibility and application in drug delivery systems.