Significance of Zeta potential
Zeta potential is a crucial indicator of the stability of nanoparticle systems and colloidal suspensions, measured by the electrical charge on the surface of particles. Higher absolute values of zeta potential correspond to greater stability, influencing interactions, drug delivery efficiency, and the aggregation of particles. In various formulations, such as niosomes and nanoemulsions, zeta potential plays a significant role in assessing stability and maintaining effective dispersion in solutions, ultimately affecting the behavior of drug delivery systems and colloidal formulations.
Synonyms: Colloidal stability., Surface charge
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The concept of Zeta potential in scientific sources
Zeta potential is a crucial measure of electrostatic interactions in colloidal suspensions, indicating stability. For Baladi Manduram, it reflects stability levels, with Mruddarasrunga Bhasma demonstrating a high value of 125.2 mV, signaling effective dispersion.
From: World Journal of Pharmaceutical Research
(1) A measure of the electrostatic potential of particles in suspension; critical for understanding particle stability and behavior in SLN formulations.[1] (2) A measure of the magnitude of electrostatic or charge repulsion/attraction between particles in a suspension.[2] (3) An indicator of the stability of a suspension based on the charge of the particles, where specific values dictate suspension stability.[3] (4) A measure of the magnitude of the electrostatic or charge repulsion between adjacent, dispersed particles, important for stability in suspensions.[4] (5) Zeta potential is a measurement of the electric charge on the surface of nanoparticles, influencing their stability in suspension.[5]
From: International Ayurvedic Medical Journal
(1) A measure of the electrostatic repulsion between particles in suspension, indicating the stability and dispersion of the colloidal system.[6] (2) A measure of the electrostatic interaction between particles in a colloidal suspension, indicating the stability of Baladi Manduram.[7] (3) A measurement of the stability of colloidal systems, with Mruddarasrunga Bhasma indicating a high value of 125.2 mV which suggests good stability.[8]
From: Journal of Ayurveda and Integrative Medicine
(1) A measure of the stability of Yashada bhasma particles, with a range indicating the dispersion and stability of colloidal systems.[9]
From: Ayushdhara journal
(1) A scientific measure of the electrostatic repulsion or attraction of particles, indicating the stability of colloidal suspensions in Tamra Yoga.[10]