Transforming $50M+ in NSF/NIH research into an immersive digital experience that educates consumers on the science of bioelectric nutrition through ready-to-drink sea moss beverages.
Electric Moss faced a unique challenge: how to communicate complex bioelectric nutrition science backed by $50+ million in NSF and NIH research to mainstream consumers. The ready-to-drink sea moss market was dominated by unsubstantiated health claims and celebrity endorsements, while Electric Moss had genuine scientific evidence but needed an engaging way to share it.
Traditional supplement marketing relies on vague wellness promises. Electric Moss needed to differentiate through scientific credibility while making bioelectric nutrition concepts accessible and compelling to health-conscious consumers seeking evidence-based solutions.
I designed an immersive bioelectric visualization platform that transforms abstract scientific concepts into an engaging underwater 3D experience. This educational journey guides users through six key bioelectric metrics, making complex cellular processes visible and understandable.
Created an oceanic Three.js experience reflecting sea moss's marine origins, with floating particles, dynamic lighting, and fluid animations that reinforce the natural source of bioelectric minerals.
Designed a guided tour through six bioelectric metrics, each with unique visualizations showing how minerals interact with cellular processes, making scientific concepts tangible.
Developed a streamlined mobile experience maintaining educational depth while optimizing for touch interactions and smaller screens, ensuring accessibility across all devices.
Experience the complete bioelectric journey through our unified interface. Navigate through all six scientifically-validated metrics to understand how sea moss minerals interact with your body's electrical systems.
Blue particles demonstrate bioelectric mineral transport through digestive
system, achieving 4.1x more efficient absorption than passive diffusion.
Bioelectric mineral transport mechanisms
(Cell Biology International, 2024)
Green particles penetrate enhanced cellular membranes using bioelectric voltage.
Complete cellular structure shows nucleus, mitochondria, and ion channels.
Enhancing transmembrane voltage and intracellular electrical signaling
(Cell Biology International, 2024)
Purple energy streams connect mineral interactions showing synergistic
bioelectric networks that amplify individual mineral benefits.
Bioelectric mineral synergy patterns and co-factor interactions
(Nutrition Research Reviews, 2023)
Pink healing particles rise through therapeutic bioelectric fields,
targeting inflammation and promoting cellular repair mechanisms.
Therapeutic bioelectric applications in inflammation modulation
(International Journal of Food Sciences, 2024)
Golden rings represent 8+ body systems connected through
comprehensive bioelectric communication networks.
Comprehensive bioelectric field distribution across organ systems
(Advances in Nutrition, 2023)
Red power core demonstrates 3.4x bioelectric amplification,
enhancing all metabolic processes and cellular energy production.
Mitochondrial bioelectric potentiation and ATP production enhancement
(Free Radical Biology, 2024)
The bioelectric visualization platform transformed how consumers understand and engage with scientific nutrition claims. By making complex research accessible through beautiful, interactive experiences, Electric Moss established itself as the evidence-based leader in the sea moss beverage category.
The platform's success demonstrates that consumers are hungry for real science when it's presented in an engaging, understandable format. This approach not only educated customers but also built deep brand trust and loyalty, setting a new standard for how supplement companies can communicate their research.
Powered the immersive 3D underwater environment with real-time particle systems and dynamic lighting effects.
Orchestrated complex animation sequences and smooth transitions between bioelectric metrics.
Built a maintainable, type-safe application architecture supporting desktop and mobile experiences.
The Electric Moss bioelectric visualization platform proves that scientific complexity doesn't have to be a barrier to consumer understanding. By combining rigorous research with thoughtful design and cutting-edge web technologies, we created an educational experience that both informs and inspires.
This project demonstrates the power of visualization in science communication and sets a new benchmark for how health and wellness brands can build trust through transparency and education.