A growing library of the omega-3 research we're following — summarized and categorized so you can find what matters to you.
In a PCOS mouse model, fish oil eased some anxiety- and depression-like behaviors, while effects on memory were inconsistent.
In mouse melanoma cells, the omega-3 fatty acid ETA reduced melanin production by dampening MITF signaling rather than directly blocking tyrosinase enzyme activity.
In cell and animal models, high glucose disrupted fat metabolism and nerve-supporting genes, while DHA and ALA helped reverse many of these changes.
Powdered and matrix-embedded microalgal DHA oil showed much higher digestive bioaccessibility than plain bulk oil in lab models.
Lab and animal studies suggest nanoscale lipid carriers may improve the absorption and stability of algae-derived omega-3 and omega-6 fats, but robust human evidence is still lacking.
Higher cord blood DHA and ALA at birth were linked to distinct, age-dependent patterns in attention, working memory, and reasoning skills from ages 5 to 15.