Hello! I'm Pria Maineri, a P1 student at The University of Toledo, majoring in Cosmetic Science and Formulation Design and minoring in Sustainability.
In my studies, I explore the chemistry, pharmaceutics, and formulation techniques that are essential to creating safe, effective, and innovative cosmetic products. I’m particularly intrigued by emulsion and active delivery systems. As a 4+1 pipeline student, I’ve been afforded an early start on my graduate degree in Cosmetic Science. Upon graduation from undergrad, I plan to continue my graduate studies while working in industry. I’m also planning to expand my skills as an intern this summer. If you’d like to contact me regarding internship opportunities, please contact me here.
Currently, I’m researching the efficacy of water permeable nail polish on human nails via a clinical trial. Outside the lab, I stay up-to-date with the latest trends and breakthroughs in cosmetic science and experiment with recreating discontinued formulations.
I serve as President of the University of Toledo Cosmetic Chemist Society (previously VP), Co-Chair of Registration of the California Chapter of the Society of Cosmetic Chemists, a peer mentor for freshman pre-pharmacy students, and as an active member of Lambda Kappa Sigma, a professional sorority dedicated to uplifting women in Pharmacy and Pharmaceutical Science.
Thanks for taking the time to learn a bit about me, I look forward to connecting with fellow beauty enthusiasts and professionals. I created this website as a place for other aspiring Cosmetic Chemists to learn more about the various career and educational paths available to them.
Think of it as a landing page for all things cosmetic science and beauty!
Résumé
Ongoing Clinical Research
Abstract
Water permeable claims exist for nail polish, however, certifications provided on websites pose issues. Some do not specify the used methods; others are expired or only reflect testing of a few shades of a product line. The UToledo Cosmetic Science research group tested three water permeable nail polishes in vitro and did not find strong evidence for water permeability of the tested nail polish films. This project is a direct continuation of that work, now in vivo. The goal of this study is to use a non-invasive device, nano Tewameter, that can measure the water loss (TOWL) via the human nail plate and determine whether nail polishes that claim to be water permeable are indeed water permeable. To date, only a few studies have measured TOWL using a Tewameter—none of them focused on water permeable nail polishes.This study is on-going, with preliminary results supporting the hypothesis and disproving permeability of water permeable nail polish on human nails.
This project helps to set a precedent of consumer awareness, as the results will likely have a real-world impact on the purchasing decisions among female Muslim consumers. It also has the potential to broadly encourage consumers to more carefully scrutinize the claims of beauty and wellness products they see on store shelves.
I would like to thank Dr. Baki for her support and guidance throughout the entire research process, to the participants for donating their time to advance science, and to my family for their support in all my pursuits.
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