MAY 2021 - SWSCC Virtual Monthly Meeting

May 13th 2021 - SWSCC Virtual Monthly Meeting

Speaker: Candice Andersen / Regional Sales Manager for Paradigm Science Inc.

Time: 12 noon CST

Duration: 1 Hour

Register Today!

After a registration a meeting link will be sent.

“Niosome Technology: A New and Effective Active Delivery System”

Cosmeceuticals must incorporate specific elements that improve the bioavailability of an active ingredient so it can penetrate the stratum corneum and be delivered in sufficient concentrations to its intended target.

Many delivery systems have been developed over the last 30 years with limited success. Niosome Technology is a delivery system in which the active ingredient is encapsulated in ultra-deformable non-ionic vesicles providing maximum efficacy of the cosmetic treatment.

Learn about the science behind Niosome Technology and its effectiveness in personal care products.

SWSCC Niosome Technology Talk
Thu, May 13, 2021 11:00 AM - 1:00 PM (MDT)

Please join my meeting from your computer, tablet or smartphone.
https://global.gotomeeting.com/join/368718045

You can also dial in using your phone.
United States: +1 (669) 224-3412

Access Code: 368-718-045

Speaker BIO:

Candice Andersen is the Regional Sales Manager for Paradigm Science Inc, Annandale, NJ. At Paradigm Science. Candice is responsible for educating and assisting brands, CMOs, and various product development groups finding materials that fit their products. She dedicates her time to supporting her team and customers with a technical and scientific background. Prior to joining Paradigm, Candice was an R & D chemist at Markwins International where she was responsible for formulating new products and color matching.

Candice graduated from California State Fullerton with a Bachelor of Science in Chemistry. During her final year as an undergrad, Candice interned at Markwins in the quality control department and R & D, introducing her to the Personal Care Industry. This experience has given Candice a full understanding of the process behind making products.