Skin health is one of the most studied areas for bioactive collagen peptides effects.

Our skin is a tissue that relies heavily on collagen for structure and elasticity. As we age, natural collagen production declines, leading to visible changes in skin firmness and texture.

Included in the large research base are the trials run out of Kosin College of Medicine by Seong et al who found that collagen peptide supplementation can support skin elasticity and collagen density by providing the raw materials needed for new collagen formation and signaling repair pathways.

After 12 weeks they found that the skin elasticity index scores in the collagen supplementation group not only avoided the decline seen in the placebo group, but saw a large positive effect.

Skin hydration and smoothness have also been shown to benefit greatly, but without enrichment ~85% of collagen peptides are wasted.

It was also found that wrinkle formation and skin damage induced skin roughness was reduced significantly above the placebo group, and skin hydration was significantly improved, whereas the placebo group saw a decline.

However only ~15% of collagen peptides are bioactive, the remaining 85% is used in small amounts for roles such as hormone production, or just broken down to be used for energy or fat. When combined with essential amino acids, collagen peptides not only supply bioactive peptide signals and skin-specific building blocks but also create a stronger anabolic environment that supports ongoing tissue renewal.

This '2-in-1' function helps to capitalise on the effects muscle health and muscle mass has on our skin and tissue metabolism.

Bioactive amino acid chains in collagen peptides can signal tissues to support collagen formulation and repair in tendons, joints and bones.

Research shows that collagen peptides provide the specific amino acid chains needed to support collagen turnover, connective tissue repair and bone component formation.

When consumed regularly—particularly with sufficient hydration and alongside exercise—collagen peptides have been shown to help reduce joint discomfort and improve joint function.

In a landmark double-blind placebo-controlled trial by Clark et al, participants were given physiotherapy and either broad spectrum collagen peptides, like those we use, or a placebo.

After 24 weeks of supplementation, reduction in joint pain scores was around twice the placebo group! Finding functional impacts that bioactive peptides can have on collagen-based tissues.

Adding EAAs further enhances this effect by improving overall muscle protein balance, helping the body reduce protein breakdown.

EAA-enriched protein exceeds blood thresholds faster and more extensively than just protein.

Studies comparing EAA-enriched protein to standard protein supplementation have shown clear advantages. When EAAs are added to other proteins, blood EAA concentrations reach much higher levels faster, instead of a slow bump. Research from the University of Arkansas by Gwin et al first highlighted the superior blood concentration of EAAs caused by EAA-enriched protein.

This spike exceeds the EAA thresholds for muscle growth faster and with less protein. This is able to produce a stronger muscle-building and muscle-preserving response than with protein alone. Gwin et al showed muscle protein synthesis to be more than more than twice as high as double the amount of whey protein!

Small amounts of quick-digesting EAAs can trigger similar muscle synthesis to large amounts of whole protein.

Research has consistently shown that even small doses of EAAs can produce muscle-building effects similar to, or greater than, larger doses of traditional protein supplements.

Wilkinson et al conducted a double-blind placebo-controlled trial with the University of Nottingham in which different quantities of EAAs were compared to 40g of whey protein. Amazingly they found that 1.5g of complete EAAs provided a similar trigger for muscle protein synthesis as 40g of whey protein, that's a lot of milk!

Higher EAAs per gram of protein can more than double the protein balance surplus.

Gwin and Church et al also compared EAAs and protein with both high protein supplementation or high protein meals. Even when the total protein intake remained the same muscle protein synthesis was far higher with is the EAA-enriched group.

The protein balance was more than twice the level of the meal and just protein groups. Protein balance is the balance between muscle protein synthesis and breakdown. Studies have consistently shown the benefits of greater levels of EAAs in protein for resulting in higher overall protein balance.

This means the body builds more muscle and broke down less. This effect is especially important during intense training or when calories are limited, times when muscle loss is more likely to occur, because its much harder for the body to breakdown muscle without replacing it.

Functional mushrooms can support memory pathways, energy metabolism and promote neural growth.

Lion’s mane and cordyceps have both become widely researched for cognitive support.

Research from Northumbria University by Docherty et al focused on Lion's Mane's effects on cognitive speed and memory recall. Showing a significant reduction in completion time of cognitive tests 60 minutes after supplementation.

These effects are linked to compounds called hericenones and erinacines, which stimulate nerve growth factor (NGF) and brain-derived-neurotrophic-factor (BDNF) synthesis in the brain, a mechanism highlighted in research by Kawagishi.

These effects can be long-lasting over long periods of supplementation.

Mori et al. conducted a double‑blind, placebo‑controlled trial showing that adults supplementing with lion’s mane over 4 months experienced improvements in cognitive test scores, particularly in memory and recall tasks, compared to placebo. With the benefits lasting even after supplementation stopped!

This is echoed in Cordyceps research, consistently reporting reduced fatigue and improved perceived energy during demanding tasks—effects that translate well to sustained focus, long work sessions, and mentally intensive activities. Li et al. showed improving learning despite exhaustion after cordyceps supplementation for 12 weeks

Cordyceps is known for its ability to boost ATP production, the body’s primary energy molecule. Research by Chen et al. has shown that cordyceps can increase oxygen utilisation and mitochondrial efficiency explaining long-lasting effects under fatigue.

Cacao flavanols improve cerebral blood flow and sharpen attention.

Cacao contains flavanols and theobromine, two compounds with well‑documented cognitive effects. Research by Sorond et al. demonstrated that cacao flavanols can increase cerebral blood flow, which supports faster processing and improved attention.

The theobromine in cacao is also a gentle stimulant that enhances alertness and mood without the intensity or crash associated with caffeine.

The trials by Baker et al saw a significant improvement in cognition over long-term supplementation, regular intake of high‑flavanol cacao improved performance on tasks requiring sustained concentration and quick decision‑making.

Creatine greatly enhances both max strength and muscular endurance.

Over 30 years research has consistently shown greater force can be generated and for longer. This placebo-controlled trial from the University of Cologne is one of 100s that confirm the power of creatine in both sport and daily life.

Showing far superior improvements over the placebo group, not only in max strength, but the amount of intense work that can be completed in one effort before failure.

Creatine results in increased muscle fibre size across all muscle fibre types regardless of their function.

Alongside performance, creatine plays a major role in muscle growth. In this double-blinded placebo-controlled trial from Pennsylvania State University 19 participants supplemented with creatine and all participants showed accelerated gains in lean mass over all muscle fibre types, from endurance-focused Type I fibres to strength-focused Type IIa fibres.

These fibre type alterations were shown over 12 weeks to correspond in significant strength gains over the placebo group.

Muscle strength greatly increases along with lean mass during creatine supplementation.

Landmark trials showed that functional total body strength can be dramatically increased over a short space of time in a range of demographics with creatine supplementation, these results have been consistently replicated over decades.

By supporting harder and longer training, and creating a more hydrated environment within muscles, as well as increasing strength creatine also indirectly drives muscle synthesis and reduces breakdown. It has these effects whether you exercise or not!

HMB has been seen to largely reduce or eliminate muscle loss in many different scenarios.

In this double-blinded placebo-controlled trial from the university of Arkansas 24 healthy adults were subjected to bed rest for 10 days. The good news? The average participant that took HMB actually gained muscle compared to an average loss of over 2kg of muscle in the placebo group!

Research has consistently confirmed this, showing that HMB can help minimise muscle loss during periods of intense exercise, inactivity, aging, illness, dieting, dehydration, pretty much any challenge your body faces!

HMB enhances proteins effectiveness, by lowering muscle loss while protein builds it.

It pairs well with performance and growth compounds like amino acids and protein because it attacks the other side of the equation, muscle repair and breakdown, and it does this through it's own unique and independent pathways, protecting progress when ideal conditions aren't perfect.

This randomised placebo-controlled trial from the University of Pennsylvania showed that protein and HMB far outperformed just protein in leg muscle mass gains.

HMB increases strength through multiple cellular pathways it uses to maintain cell performance.

The powerful effect that hmb has in the muscle protein metabolism equation have been shown to have a major impact on preservation and improvement of strength and performance, above what can be achieved with just protein.

Iowa State University showed this in their series of trials comparing HMB to a high-protein diet in 41 trained adults. Showing that strength gains in from HMB outperformed the high protein diet containing a huge 175g of protein a day!

Many neuromuscular pathways enable magnesium to reduce several factors in recovery.

Magnesium is known to be crucial for muscle recovery and repair post-exercise. It helps calm the nervous system, reduce muscle tightness, soreness and cramps.

In one of many double-blinded placebo-controlled trials into magnesium's recovery-enhancing effects, Steward et al found that muscle soreness was roughly halved over the 3 days following exercise after 4 weeks of magnesium supplementation.

When it comes to performance, magnesium helps maintain stable energy levels during exercise by supporting ATP synthesis, because ATP powers every muscular movement—from lifting weights to holding good posture. Research has shown that athletes with higher magnesium intakes are better able to maintain strength, power, and endurance during demanding sessions.

Magnesium has been shown to result in a significant reduction in fatigue post-exercise.

As well as improvements in physical recovery and performance magnesium is known for its fatigue reduction capabilities in exercise. Alyssum et al displayed this in their double-blinded placebo-controlled trial in 2022 by testing fatigue levels from the same workout before and after 10 days of magnesium supplementation. The result? A 47% reduction in fatigue scores compared to a 21% reduction in the placebo group. Less fatigue = more energy = better performance!

Magnesium plays a quiet but essential role in muscle maintenance through regulating electrolytes, reducing inflammation, and maintain healthy muscle function—especially during periods of stress, high training volume, or poor sleep. Because magnesium is lost through sweat, active individuals often need more than they realise to maintain optimal muscle performance and hydration balance.

Calcium, Vitamin D3, and Vitamin K2: A Coordinated System for Strength, Performance, and Structural Integrity.

Vitamin D3 increases calcium absorption, muscular contraction and many other processes yet in the UK many are deficient. Research has consistently shown that vitamin D3 plays a direct role in both muscle fibre signaling and calcium absorption and utilisation. However, in recent years research has shown that vitamin D should be taken with vitamin K2, which shuttles excess calcium absorbed away from soft tissues and into bones. Vitamin K2 plays a vital role in activating proteins like osteocalcin, that guide calcium into bones rather than unhealthy locations such as soft tissues and blood vessels. Reserach from Osaka Medical College among many others has confirmed this, showing that K2 and D3, supplemented together vastly outperformed vitamin D3 and placebos in increasing bone mineral density.

Calcium is both a signaling molecule and building block for many bodily functions. These roles are critical for bone mineral density, but also for functional strength, muscular performance and electrolyte-dependent energy production at a cellular level. However excess calcium without D3 and K2 can result in potentially dangerous calcification of joints, muscles, bone spurs, arteries and many other tissues.