In an ongoing effort to boost its digital strategy and to strengthen the available information about its range of active ingredients, Bionov, the world’s largest producer of natural and bioactive superoxide dismutase (SOD), has launched two new websites for SOD B EXTRAMEL and SOD B DIMPLESS.
These modern, user-friendly websites offer fast and easy access to critical information about both solutions, including clinical benefits, scientific publications and method of action. The launch of these product websites is part of Bionov’s strategy to enhance the quality and availability of information about its solutions to customers, distributors and consumers.
A completely new architecture
The websites contain extensive product information on both solutions, including specifications, quality engagement and clinical studies. 'These websites provide efficient digital support for both our B2B customers and distributors, as well as consumers,' noted Christian Yard, Technical Director at Bionov.
'Our goal in launching these websites is to provide one more access point and an online resource for companies and individuals who want to learn more about our active solutions,' he added. Created with the user experience firmly in mind, these websites have been designed to be compatible with today’s browsers and mobile devices.
SOD B EXTRAMEL is the highest source of natural and bioactive SOD (14,000IU/g). It is clinically proven to promote a sense of well-being through the maintenance of optimal mental and physical performance. As demonstrated in multiparametric clinical studies, a 1-month supplementation with SOD B Extramel significantly boosts daily performance by improving stress relief, sleep quality, cognitive functions and physical tone.
SOD B DIMPLESS is a natural source of melon bioactive SOD (12,000IU/g) that is clinically proven to reduce visible cellulite on thighs after 28 days of oral supplementation. SOD B Dimpless is the only active ingredient with a scientifically demonstrated synergistic action against both collagen fibre fibrosis and fat cell hypertrophy, known to be the two main causes of cellulite development.