More Than Ingredients.
Molecules That Influence Biological Function.
Bioactive ingredients are naturally derived or scientifically developed compounds that can influence specific biological processes and support physiological functions. Their effectiveness depends not only on the amount consumed, but also on their stability, absorption, metabolism, and availability at the site of action.
Essential micronutrients that support metabolic, cellular, and physiological functions.
Essential elements involved in enzymatic activity, structural functions, electrolyte balance, and numerous biological processes.
Plant-derived compounds with diverse biological activities, including antioxidant, cellular signalling, and metabolic effects.
Live microorganisms that, when consumed in adequate amounts, can provide beneficial effects on the host.
Building blocks of proteins that also participate in neurotransmission, metabolism, signalling, and other physiological processes.
Botanical or natural compounds studied for their role in supporting the body's response to physiological and environmental stress.
Concentrated volatile plant compounds with characteristic aromas and diverse functional properties.
Specialised lipids that provide nutritional and physiological functions beyond their role as an energy source.
Compounds that help protect cells and biomolecules from oxidative stress by neutralising or modulating reactive species.
Biological catalysts that support specific biochemical reactions and can contribute to digestive, metabolic, and other physiological functions.
A broad range of specialised compounds, such as cognitive-support ingredients, functional compounds, and emerging bioactives, developed for targeted nutritional and wellness applications.










VitaminsWhy science matters:
Nature provides a vast spectrum of bioactive compounds— from botanical phytochemicals and essential oils to vitamins, minerals, amino acids, and other specialized functional ingredients. However, the presence of a bioactive does not always translate into its effective biological performance. To deliver its intended benefit, a bioactive must successfully navigate a complex journey through formulation, digestion, absorption, transport, metabolism, and cellular interaction. Its performance can be influenced by three fundamental factors:
The amount of an ingested bioactive that becomes available for biological action.
Influenced by:
Advances in food science, biotechnology, materials science, and process engineering enable the rational design and optimization of bioactive delivery systems. Microencapsulation helps protect sensitive bioactives and enhance their stability, functionality, and application performance.
We integrate active-ingredient science, material selection, formulation engineering, and process technology to develop microencapsulated bioactives engineered around the complete journey of the active—from ingredient to application.
Understand the active, Engineer the delivery, Unlock its potential.