New Study: Sea Buckthorn Significantly Enhances Mitochondria

As we step into the new year, it's the perfect time to revitalize our health and that of our customers. Mitochondria, known as the energy centers of our cells, are crucial for keeping our body's power supply running smoothly. When they're in top shape, we feel more vibrant and are less prone to illness. That's why we're excited to talk about Cyanthox (our proprietary form of sea buckthorn proanthocyanidins (SBP)) - our key to unlocking mitochondrial potential!

Groundbreaking research with zebrafish has shown that SBP, can dramatically enhance mitochondrial health:

  • 82% Brighter: Mitochondria shone 82% brighter, signaling a boost in their number and function.

  • Better Performance: SBP supports the mitochondria's power and defense systems, helping cells stay energetic and resilient.

This finding is supported by our previous cellular studies demonstrating SBP's beneficial effect on mitochondrial dynamics. SBP has been shown to improve mitochondrial membrane potential, prevent mitochondrial permeability transition pore (mPTP) opening, reduce mitochondrial swelling, and enhance mitochondrial biogenesis and metabolism. These changes offer a strong defense against oxidative damage.

Let's make 2024 a year of unmatched vitality for your customers by infusing your supplements with the power of Cyanthox. Reach out to us to discover how Cyanthox can be the new star ingredient in your health and wellness products.


Featured Ingredient

Strongest Plant Antioxidants: 9x Stronger than Grape Seed & Acai

  • 100% Plant-based 

  • No Additives / Solvent Used

  • Completely soluble in water

  • Good Thermal & pH Stability

  • Patented Technology

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These ingredients are certified with:


Reference
"大自然赐予的天然抗氧化因子——轻松逆龄凤凰网河北." 凤凰网, 2023. Accessed 3 Jan. 2024.
Liu et.al. (2022, July 7). Sea buckthorn proanthocyanidins are the protective agent of mitochondrial function in macrophages under oxidative stress. Frontiers. Retrieved July 14, 2022, from https://www.frontiersin.org/articles/10.3389/fphar.2022.914146/full