Preliminary Abstract
The increasing demand for natural and sustainable skincare products has led to the exploration of plant-based alternatives to chemical-laden soaps. This study investigates the formulation and evaluation of Balakat (Ziziphus talanai) leaf extract-infused hand soap, leveraging the medicinal properties of Balakat, which include antibacterial, anti-inflammatory, and antioxidant effects. The research aims to develop a skin-friendly, environmentally sustainable soap that promotes local biodiversity and natural product utilization.
The study evaluates the soapβs physicochemical properties, including pH, foam stability, hardness, and moisture retention, to determine its effectiveness and skin compatibility. Antimicrobial testing is conducted to assess its potential in combating common skin bacteria. Additionally, sensory evaluation analyzes consumer acceptance based on texture, fragrance, lather, and overall experience.
By integrating Balakat leaf extract, glycerin, and aloe vera, this research seeks to offer a natural alternative to synthetic soaps while supporting environmental sustainability and the economic potential of locally sourced ingredients. The findings will contribute to the growing market of eco-friendly and skin-nourishing personal care products and highlight the viability of indigenous plant-based skincare solutions.
Institute of Arts and Sciences & Coalition of Young Biologists, MCC. (2023). Formulation and Evaluation of Balakat (Ziziphus talanai) Leaf Extract-Infused Hand Soap. [Unpublished project report] Mabalacat City College.
