Company

At AHB, we are committed to creating a healthy and sustainable future for humanity by pioneering disruptive synthetic biology technologies and innovations.

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Sustainability

We're committed to sustainability with our Triple Zero goals (0 CO₂ emissions, 0 waste, 0 fossil energy) and are advancing zero-carbon tech, circular economy, and renewable energy to drive a sustainable future.

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News & Events

Welcome to AHB, we share the most cutting-edge information in the industry with you in real time, inviting you to enter the era of synthetic biology.

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Careers

Today's AHB, our global team brings together professionals from various disciplines around the world, all united for a common goal: to create a sustainable future for mankind. So, are you ready to join us?

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Bioscentis™MA

Bioscentis™MA

Unleashing a New Way to Embrace Tartness for Health

  • About Bioscentis™MA

    AHB utilizes renewable glucose as a raw material and employs fermentation to produce Bioscentis™MA, significantly reducing the industrial production cost of L-Malic Acid. The green biobased fermentation process aligns perfectly with the low-carbon emission trend, contributing to sustainability. Bioscentis™MA not only possesses physiological functions such as antioxidation and fatigue resistance but also offers consumers a fresh experience of enjoying "tartness" for their health.

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    About Bioscentis™MA
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Functions

  • pH regulator

    L-Malic Acid serves as a pH regulator, enhancing flavor quality, boosting antioxidation to prevent food spoilage, stabilizing color, reducing turbidity, and strengthening gelling properties.

  • Masking bitterness and saltiness

    The addition of L-Malic Acid significantly masks the bitterness and enhances the saltiness of low-sodium salts.

  • Improve athletic ability

    L-Malic Acid improves exercise performance through the tricarboxylic acid cycle pathway, primarily by increasing the activity of cytoplasmic and mitochondrial malate dehydrogenases. This leads to a rapid increase in tricarboxylic acid cycle intermediates, thereby enhancing the rate of the tricarboxylic acid cycle and ATP production.

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Applications

Sports nutrition

Sports nutrition

Confectionery

Confectionery

Beverages

Beverages

Dietary supplements

Dietary supplements

Jams

Jams

Certifications

Certifications
Certifications
Certifications
Certifications

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