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⚖️ Magnesium (Magnesium bisglycinate)

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  🎯 Validated EU health claim : Magnesium contributes to a normal electrolyte balance, in accordance with EU regulation n°432/2012 of the European Commission.
  
  → Official EFSA source
  
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  🧬 Bisglycinate form: magnesium bisglycinate is a chelated form where magnesium is bound to two glycine molecules, significantly improving its bioavailability and digestive tolerance.
  
  → Source PubMed (2013)
  
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  ⚡ Enzymatic role: Magnesium is a cofactor of over 300 enzymes in the body, participating in particular in cellular pH regulation mechanisms and acid-base balance.
  
  → Source PubMed (2017)
  
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  🔋 Electrolyte balance: magnesium plays a key role in regulating transmembrane ion exchange and maintaining cellular hydroelectrolyte balance.
  
  → Source PubMed (2015)
  

🔬 Zinc (Zinc bisglycinate)

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  🎯 Validated EU health claim: Zinc contributes to normal acid-base metabolism, in accordance with European Commission EU Regulation No. 432/2012.
  
  → Official EFSA source
  
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  🧬 Optimized chelated form: zinc bisglycinate offers superior bioavailability to traditional inorganic forms, with improved intestinal absorption and fewer side effects.
  
  → Source PubMed (2001)
  
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  ⚗️ Acid-base metabolism: Zinc participates in the activity of carbonic anhydrase, a key enzyme in the regulation of blood pH and systemic acid-base balance.
  
  → Source PubMed (2015)
  
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  🔄 Buffer systems : Zinc is involved in the functioning of physiological buffer systems that maintain pH homeostasis in the various body compartments.
  
  → Source PubMed (2017)
  

💪 B vitamins (B1, B3, B5, B6)

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  🎯 Validated EU health claim: Vitamins B1, B3, B5 and B6 help to reduce fatigue, in accordance with EU Regulation No. 432/2012 of the European Commission.
  
  → Official EFSA source
  
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  ⚡ Energy metabolism: B vitamins participate as coenzymes in energy-producing metabolic pathways, including the Krebs cycle and mitochondrial respiratory chain.
  
  → Source PubMed (2016)
  
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  🔋 Mitochondrial function: these B vitamins are essential for the proper functioning of mitochondria, organelles responsible for ATP production and intracellular pH regulation.
  
  → Source PubMed (2017)
  
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  🧠 Neurological function: B vitamins support neuronal metabolism and synaptic transmission, energy-consuming processes sensitive to pH variations.
  
  → Source PubMed (2016)
  

⚖️ Acid-Base Balance Synergy

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  🎯 Comprehensive nutritional approach: the magnesium-zinc-B vitamins combination offers a multimodal approach to acid-base balance, combining electrolyte, enzyme and energy regulation.
  
  → Source PubMed (2018)
  
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  🔄 Mineral synergy: Magnesium and zinc act synergistically in enzyme systems involved in pH regulation and hydro-electrolyte balance.
  
  → Source PubMed (2015)
  
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  ⚡ Energy optimization: B vitamins optimize cellular energy production, a fundamental process for maintaining ionic gradients and acid-base balance.
  
  → Source PubMed (2016)
  
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  🧬 Bioavailable forms: the use of chelated forms (bisglycinate) for minerals ensures optimal absorption and improved efficacy of this balancing formula.
  
  → Source PubMed (2017)
  

⚠️ Important note: The above studies focus on magnesium, zinc and B vitamins as individual ingredients. These scientific data do not constitute a claim of efficacy for the finished product and are provided for information purposes only.