We no longer exercise simply to "burn calories" or sculpt a silhouette. Today, we train for a far deeper reason: to take back control of our own vitality. We train to stay youthful, to keep our minds sharp, and to cultivate an energy that never falters — even after a marathon of a day.
The idea is simple: use the best natural tools to help your body function at its peak, without ever running it into the ground. This isn't about inflicting suffering on yourself at the gym — it's about turning every session into a genuine exercise in cellular renewal.
Biohacking and sport
Breaking the cycle of exhaustion
Too often, the conventional view of exercise pushes us to our limits. We finish sessions drained, with soreness that lingers for days and a fatigue that clouds our mental clarity. It's a sign that the body doesn't have the resources it needs to adapt to the effort.
At Superkure, we see things differently. We believe nutrition is the code that allows your metabolism to shift from a state of stress to one of fluid performance.
The intelligence of therapeutic-grade ingredients
To turn your training into a genuine protocol for vitality, you need to speak to your cells. We've selected actives that don't just mask fatigue, but help optimise the way your body produces and uses its energy.
Whether it's nourishing your brain for laser focus, protecting your joints to preserve full mobility for decades to come, or turning to botanicals to calm the nervous system after exertion — every ingredient here plays a strategic role.
Here's how, through a rigorous selection, you can finally stop simply enduring your training and start steering your own vitality.
The best supplements for sport
Plant protein: clean muscular architecture
In biology, protein is the structural building block of life. But not all sources are equal. Classic whey isolate, a by-product of the dairy industry, is often linked to systemic inflammation (digestive discomfort, breakouts, liver fatigue).
Choosing a complete plant protein (pea, rice, hemp) isn't just an ethical decision — it's a strategic one. Combining these sources delivers a complete amino acid profile (BCAAs) with maximum bioavailability.
The result? Effective protein synthesis to repair muscle micro-tears, while helping to maintain an alkaline blood pH — essential for neutralising the acidity produced during exercise.
Qi Energy + Protein — Anima MundiHemp Protein — Kiki Health
Creatine monohydrate: pure cellular energy
Creatine is arguably the most researched active in sports nutrition. Its role is simple but crucial: regenerating ATP (adenosine triphosphate), the universal energy unit of your cells.
During an explosive effort, a sprint or an intense set, ATP reserves are depleted within seconds. Creatine helps recharge these stores rapidly. Beyond muscle volume, creatine contributes to increased physical performance in successive bursts of short-term, high-intensity exercise — and emerging research also points to a possible role in supporting mental clarity, helping maintain focus right through to the end of a session.
Adaptogens: a second botanical wind
Exercise is a form of oxidative stress.
Adaptogens, such as those selected by Anima Mundi or Sun Potion, are traditionally valued for helping the body adapt to physical stress.
• Cordyceps: this mushroom is traditionally associated with ATP production and oxygen utilisation. It is prized as a natural endurance ally that doesn't tax the nervous system the way caffeine can.
• Ashwagandha: long valued in traditional practice for supporting the body's response to physical stress, it is traditionally associated with easing post-exertion tension and with deep recovery during sleep.
Cordyceps — Sun Potion
Ashwagandha — Anima Mundi
Shilajit: the mitochondrial accelerator
Shilajit isn't a single isolated mineral, but an ancient organic complex rich in fulvic acid and more than 84 ionic minerals. In a performance context, it is traditionally described as acting like a molecular carrier — increasing cellular permeability, so that electrolytes and nutrients can reach the heart of the cell more efficiently.
What it's traditionally valued for in athletic performance:
ATP support: Shilajit is traditionally associated with supporting mitochondrial function — your cells' energy centres — and with helping convert nutrients into usable energy during prolonged effort.
Adapting to physical stress: it is traditionally used to help the body adapt to intense physical stress.
Mineral bioavailability: thanks to its fulvic acid content, it is traditionally described as a natural chelator that helps support the absorption of magnesium and electrolytes taken alongside it.
Expert protocol: take a small dose of Shilajit resin or powder in the morning on an empty stomach, or 30 minutes before exercise, to help saturate your cells with ionic minerals and support metabolic endurance.
Shilajit has been used for centuries in Ayurvedic tradition, valued for endurance and muscular recovery: read our 8-week trial to see what it really did for our energy.
Collagen & MSM: the joint and bone shield
A muscle is nothing without a strong tendon. Collagen is the most abundant protein in the body, making up around 70% of our dermis and connective tissue. With age, and with the impact of exercise, its natural production declines.
Pairing it with MSM (methylsulfonylmethane), a stable sulphur compound, is a smart combination. MSM is traditionally valued as an antioxidant that supports the body's natural tissue-renewal processes. Together, collagen and MSM are traditionally associated with supporting skin density and joint comfort, helping you train with intensity while looking after your long-term wellbeing.
Type II collagen is widely discussed for its role in supporting joints and sporting recovery:
read our complete guide to collagen.Premium Marine Collagen — Shore MagicMSM Flakes — Kiki Health
The hydration pillar: electrolytes
Water alone isn't enough to rehydrate a body under strain. During exercise, the loss of essential minerals (sodium, potassium, magnesium) disrupts your cells' osmotic balance.
Why does this matter?
Muscle contraction: helping prevent cramping and neuromuscular fatigue.
Mental focus: supporting nerve signalling for steady concentration.
Recovery: helping optimise glycogen replenishment after your session.
Expert tip: add a dose of electrolytes to your bottle before and during exercise to maintain steady endurance without a mineral "crash" later in the day.
Hydration+ Exercise & Recovery — Zooki
Liquid Ionic Electrolyte Concentrate — Kiki Health
Magnesium: the key to recovery
Magnesium is the mineral most rapidly depleted during intense training. A shortfall is a leading reason the nervous system struggles to shift from "alert" (sympathetic) mode into "recovery" (parasympathetic) mode.
Protein synthesis: magnesium contributes to normal protein synthesis, supporting the repair of muscle tissue stressed during your session.
Psychological wellbeing: magnesium contributes to normal psychological function and to the reduction of tiredness and fatigue, supporting a calmer state after exercise.
Bioavailability: form matters. Magnesium bisglycinate (bound to an amino acid) is the preferred choice for its high absorption and its gentleness on digestion — ideal for restoring cellular stores without stressing the digestive system.
Liposomal Magnesium Capsules — Zooki
Liposomal Magnesium Complex — Cymbiotika
FAQ: the most common questions on the science and expected performance from sports supplements
Does creatine cause unflattering water retention?
It's important to distinguish subcutaneous water retention from intracellular hydration. Creatine draws water into the muscle cell. This process is vital: a well-hydrated cell synthesises protein more effectively. Far from "bloating" the silhouette, it tends to improve muscle definition and firmness.
Why is plant protein preferable for recovery?
Recovery depends on the efficient clearing of metabolic waste. Animal proteins produce acidic residues (urates) that the body has to neutralise. Plant protein, naturally rich in fibre and minerals, eases the workload on the liver and kidneys. Lighter digestion means the body's energy is directed towards repairing fibres rather than labouring through digestion.
Does MSM have an impact on immediate performance?
MSM works over time rather than instantly. As a precursor to glutathione, one of the body's key antioxidants, it is traditionally valued for helping the body manage the free radicals generated by exercise. For athletes, this is often associated with smoother-looking skin texture and, notably, less chronic joint discomfort.
How should these actives be combined for the best results?
Ideally, "energising" adaptogens such as Cordyceps are taken around 30 minutes before exercise. Post-workout, a blend of plant protein, creatine and raw cacao helps make the most of the metabolic window. Cacao provides magnesium to support muscular relaxation, while protein and creatine help rebuild tissue and energy reserves.
France
The 4 Best Sports Supplements for Your Cells: Creatine, Plant Protein and Adaptogens
Biohacking and sport
Breaking the cycle of exhaustion
The intelligence of therapeutic-grade ingredients
The best supplements for sport
Plant protein: clean muscular architecture
The result? Effective protein synthesis to repair muscle micro-tears, while helping to maintain an alkaline blood pH — essential for neutralising the acidity produced during exercise.
Qi Energy + Protein — Anima Mundi
Hemp Protein — Kiki Health
Creatine monohydrate: pure cellular energy
Adaptogens: a second botanical wind
Cordyceps — Sun Potion
Ashwagandha — Anima Mundi
Shilajit: the mitochondrial accelerator
Shilajit isn't a single isolated mineral, but an ancient organic complex rich in fulvic acid and more than 84 ionic minerals. In a performance context, it is traditionally described as acting like a molecular carrier — increasing cellular permeability, so that electrolytes and nutrients can reach the heart of the cell more efficiently.
What it's traditionally valued for in athletic performance:
ATP support: Shilajit is traditionally associated with supporting mitochondrial function — your cells' energy centres — and with helping convert nutrients into usable energy during prolonged effort.
Adapting to physical stress: it is traditionally used to help the body adapt to intense physical stress.
Mineral bioavailability: thanks to its fulvic acid content, it is traditionally described as a natural chelator that helps support the absorption of magnesium and electrolytes taken alongside it.
Expert protocol: take a small dose of Shilajit resin or powder in the morning on an empty stomach, or 30 minutes before exercise, to help saturate your cells with ionic minerals and support metabolic endurance.
Shilajit has been used for centuries in Ayurvedic tradition, valued for endurance and muscular recovery: read our 8-week trial to see what it really did for our energy.
Shilajit Liquid Complex — Cymbiotika
Collagen & MSM: the joint and bone shield
Type II collagen is widely discussed for its role in supporting joints and sporting recovery: read our complete guide to collagen.
Premium Marine Collagen — Shore Magic
MSM Flakes — Kiki Health
The hydration pillar: electrolytes
Water alone isn't enough to rehydrate a body under strain. During exercise, the loss of essential minerals (sodium, potassium, magnesium) disrupts your cells' osmotic balance.
Why does this matter?
Muscle contraction: helping prevent cramping and neuromuscular fatigue.
Mental focus: supporting nerve signalling for steady concentration.
Recovery: helping optimise glycogen replenishment after your session.
Expert tip: add a dose of electrolytes to your bottle before and during exercise to maintain steady endurance without a mineral "crash" later in the day.
Hydration+ Exercise & Recovery — Zooki
Liquid Ionic Electrolyte Concentrate — Kiki Health
Magnesium: the key to recovery
Magnesium is the mineral most rapidly depleted during intense training. A shortfall is a leading reason the nervous system struggles to shift from "alert" (sympathetic) mode into "recovery" (parasympathetic) mode.
Protein synthesis: magnesium contributes to normal protein synthesis, supporting the repair of muscle tissue stressed during your session.
Psychological wellbeing: magnesium contributes to normal psychological function and to the reduction of tiredness and fatigue, supporting a calmer state after exercise.
Bioavailability: form matters. Magnesium bisglycinate (bound to an amino acid) is the preferred choice for its high absorption and its gentleness on digestion — ideal for restoring cellular stores without stressing the digestive system.
Liposomal Magnesium Capsules — Zooki
Liposomal Magnesium Complex — Cymbiotika
FAQ: the most common questions on the science and expected performance from sports supplements
Does creatine cause unflattering water retention?
It's important to distinguish subcutaneous water retention from intracellular hydration. Creatine draws water into the muscle cell. This process is vital: a well-hydrated cell synthesises protein more effectively. Far from "bloating" the silhouette, it tends to improve muscle definition and firmness.
Recovery depends on the efficient clearing of metabolic waste. Animal proteins produce acidic residues (urates) that the body has to neutralise. Plant protein, naturally rich in fibre and minerals, eases the workload on the liver and kidneys. Lighter digestion means the body's energy is directed towards repairing fibres rather than labouring through digestion.
MSM works over time rather than instantly. As a precursor to glutathione, one of the body's key antioxidants, it is traditionally valued for helping the body manage the free radicals generated by exercise. For athletes, this is often associated with smoother-looking skin texture and, notably, less chronic joint discomfort.
Ideally, "energising" adaptogens such as Cordyceps are taken around 30 minutes before exercise. Post-workout, a blend of plant protein, creatine and raw cacao helps make the most of the metabolic window. Cacao provides magnesium to support muscular relaxation, while protein and creatine help rebuild tissue and energy reserves.