Why This Supports Brain & Mental Health
This recipe focuses on cerebral perfusion and neurotransmitter precursors.
Beetroot contains dietary nitrates that convert to nitric oxide, enhancing vascular dilation and cerebral blood flow. Improved perfusion improves oxygen and nutrient delivery to brain...
Why This Supports Brain & Mental Health
This dish targets neurotransmitter synthesis, mitochondrial resilience and blood sugar stability.
Chicken provides high-quality protein and choline, the precursor to acetylcholine — fundamental for attention, learning and memory encoding.
Barley is a low-gl...
Why This Supports Brain & Mental Health
This dish focuses on neuroplasticity and cerebral blood flow.
Blueberries are rich in anthocyanins that accumulate in the hippocampus and enhance neuronal signalling. They have been shown to increase brain-derived neurotrophic factor (BDNF), a key molecule i...
Why This Supports Brain & Mental Health
This dish centres on structural brain resilience and methylation efficiency.
Sardines provide preformed DHA and EPA, critical for synaptic membrane fluidity. DHA integrates directly into phospholipid bilayers, improving receptor dynamics and neurotransmissio...
Why This Supports Brain & Mental Health
This dish focuses on neurotransmitter production, inflammation control and blood sugar stability.
Lentils provide slow-release carbohydrates and fibre, preventing sharp glucose fluctuations. Glucose instability can trigger cortisol surges, mood lability and ...
Why This Supports Brain & Mental Health
This recipe is built around structural brain integrity and inflammatory control.
The human brain is nearly 60% fat by dry weight, and a significant proportion of that fat is DHA (docosahexaenoic acid), an omega-3 fatty acid concentrated in neuronal membranes...
Leeks and garlic are rich in inulin and fructans, feeding beneficial microbes. Pearl barley drives robust SCFA production, while slow cooking supports digestibility and gut barrier function.
Ingredients (serves 4)
1 tbsp olive oil
1 onion, diced
2 leeks, sliced
3 garlic cloves, crushed
600g chicken thig...
Aubergine skin contains nasunin, a polyphenol linked to microbial balance. Buckwheat provides rutin and fermentable fibre, while miso contributes fermented compounds that support microbial signalling when gently heated.
Ingredients (serves 2)
1 large aubergine, halved lengthways
1 tbsp white miso
1 tb...
Black beans are rich in resistant starch that fuels butyrate-producing bacteria. Tomatoes provide polyphenols and glutamate that support microbial metabolism, while cocoa flavanols increase beneficial species and reduce gut inflammation.
Ingredients (serves 4)
1 tbsp olive oil
1 onion, diced
2 garlic ...
Barley’s β-glucans are among the most effective fibres for stimulating SCFA production. Red onion supplies quercetin and fructans that support beneficial bacteria, while sardines provide omega-3 fats that help regulate gut-immune signalling.
Ingredients (serves 2)
120g pearl barley, cooked
1 small fe...
Artichokes are one of the richest natural sources of inulin, a powerful prebiotic linked to increased butyrate production. Chickpeas provide fermentable fibre and resistant starch, while leafy greens and herbs broaden polyphenol intake to support microbial diversity.
Ingredients (serves 2)
1 tbsp ol...
Lentils provide galacto-oligosaccharides and resistant starch, both key substrates for SCFA production. Beetroot polyphenols support microbial diversity and vascular health, while pomegranate delivers punicalagins, associated with reduced gut inflammation and improved barrier integrity.
Ingredients...
