Products in development.

Apozem™ is built on the most extensively studied marine nutrients — Omega-3 and Magnesium.

Ocean-inspired, not ocean-extracted.

Foundational, sustainable marine lipids

Providing 660 mg EPA & 440 mg DHA per serving

Contributes to normal heart, brain, and visual function

Delivered naturally in triglyceride (TAG) form

Free from heavy metals, microplastics, and other ocean pollutants

Produced from Schizochytrium sp. — cultivated in controlled, land-based bioreactors

Mineralia Maris — Minerals of the Sea

A curated blend of essential minerals, inspired by the natural composition of seawater

Providing 200 mg elemental magnesium per serving (from Magnesium Bisglycinate) and chelated trace minerals

Contributes to normal nervous system function, sleep, and to the reduction of tiredness and fatigue

Clean, land‑based chemical synthesis — fully ocean‑independent

They are fundamentals.”

What’s happening now?

EPA and DHA have been extensively studied for their interactions with a range of biochemical systems, including:
- Lipid signalling pathways, including those that generate eicosanoids and specialised pro‑resolving mediators (SPMs)
- Cell-membrane phospholipid bilayers and other membrane‑associated structures
- The interplay between omega‑3 and omega‑6 fatty acids within lipid networks
- Nuclear receptor systems such as PPAR and RXR — central to metabolic research
- The distribution of DHA within neural tissues and its role as a structural component in the brain and nervous system
- Muscoskeletal physiology, including exercise performance and recovery

Magnesium (as Mg Bisglycinate) has been widely investigated for its roles across various biochemical systems, including:
- ATP‑dependent enzymatic reactions involved in metabolic pathways
- Ion‑channel regulation in neurons and muscle fibres
- Interactions with NMDA and GABA receptors, central to neurochemical signalling
- Mitochondrial function, particularly influencing oxidative metabolism
- Protein and nucleic‑acid synthesis — cofactor in ribosomal (protein) and polymerase (RNA/DNA) activity
Trace minerals have been widely investigated for their roles across biochemical and cellular systems, including:
- Cofactor functions within enzyme systems, spanning antioxidant enzymes, dehydrogenases, and electron‑transfer proteins
- Structural contribution to metalloproteins involved in molecular stability
- Participation in redox‑active pathways, particularly copper, manganese, and selenium
- Roles in molecular binding and cellular signalling, consistent with their distribution across diverse tissues