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Welcome to Biopol

Biopol Biosciences is a microbial fermentation company, dedicated to working on strain improvement of microorganisms through fermentation technology. Our cutting-edge fermentation processes produce high-quality products, setting new standards in bio-manufacturing. Our fermentation mastery transforms nature’s tiny warriors into groundbreaking solutions. Unleashing innovation, sustainability, and a dash of microbial wizardry, we redefine possibilities. Join the revolution – where microbes make miracles happen!

Who We are

About us

Welcome to Biopol Biosciences, where innovation meets life sciences. Biopol Biosciences is a microbial fermentation company, dedicated to work on strain improvement of microorganisms through fermentation technology. We are focused on innovating biosynthetic routes of molecules through aerobic, anaerobic fermentation processes and biological end products. With a passion for advancing healthcare and environmental solutions, we harness cutting-edge biotechnology advancements to make a positive impact to the world. You can also embark on seamless progress with our contract research services related to media optimization, process optimization and technology transfer.

Biopol Biosciences is established in the year 2020 and we are incubated at the prestigious Bangalore Bioinnovation Centre, Helix Biotech Park, Bangalore, India, one of the world’s most vibrant life science ecosystem.

What We Do

Technology

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Microbial Strain Improvement

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Upstream Technology

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Downstream Technology

Microbial strain improvement/metabolic engineering

Our Microbial strain techniques and team have a proven track record for developing robust and highly efficient strains for industrial scale applications.

Upstream technology

We have an expertise team for optimizing fermentation process like media optimization, process optimization and to scale-up from laboratory to Industrial scale.

Downstream technology

Our Extractions and purifications teams involve in obtaining the final products with at most purity levels with economics involving low-cost recovery of the products.