Methylene Blue 10mg Capsules
Dhs. 350.00
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Methylene Blue 10mg Capsules
Dhs. 350.00
Methylene Blue (Methylthionine Chloride, 10 mg) is a science‑supported compound recognized for its role in enhancing cellular energy, mitochondrial health, and brain performance. By supporting oxygen utilization and reducing oxidative stress within cells, Methylene Blue helps promote sharper focus, sustained energy, and overall vitality — delivering both cognitive and cellular resilience at the foundational level.
Syncom’s pharmaceutical‑grade formulation works at the mitochondrial and neuroprotective level, making it an ideal choice for individuals seeking elevated cognition, higher daily energy, and support for healthy aging.
Key Features
💧 Supports mitochondrial energy production and cellular respiration
🧠 Enhances cognitive pathways associated with memory and attention
⚡ Helps improve oxygen utilization and metabolic efficiency
🛡️ Supports neuroprotection against oxidative stress
📄 Premium research‑oriented formulation
Key Benefits
⚡ Boosts Cellular Energy – Supports mitochondrial function for sustained physical and mental stamina.
🧠 Enhances Cognitive Function – Helps improve focus, memory recall, and mental clarity.
🛡️ Neuroprotective Support – Supports neuronal health and defense against oxidative stress.
📈 Improves Brain Vitality – Promotes efficient oxygen use in brain cells, helping mood and cognition.
⏳ Supports Healthy Aging – Encourages cellular resilience linked to long‑term brain health.
Who Can Benefit
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Students & professionals seeking sharper focus and mental clarity
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Adults experiencing mental fatigue or reduced energy
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Individuals focused on healthy aging and cognitive support
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Anyone aiming to enhance cellular resilience and vitality
Human‑Relevant Research Application
🔬 Low‑dose methylene blue enhances memory and attention in humans
In a randomized, double‑blind, placebo‑controlled clinical trial involving healthy adults, low‑dose oral methylene blue was shown to increase brain activity in regions tied to attention and short‑term memory, and was associated with a ~7 % improvement in memory retrieval performance during tasks measuring sustained attention and short‑term recall — highlighting its potential to support cognitive performance in humans.