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01
Nutraceutical
Development of high-value nutraceutical ingredients using precision fermentation and/or enzymatic biocatalysis. Immediate focus on scalable bioprocesses for astaxanthin and sialic acid.
02
Dairy Biomolecule Innovation
Creating advanced dairy-derived biomolecules via synthetic biology and precision fermentation. The goal is to establish a commercially viable bioscience business for functional dairy alternatives in Southeast Asia.
03
Novel Sweetener Production
Bio-manufacturing of next-generation sweeteners through precision fermentation and/or enzymatic biocatalysis. This project aims for cost-effective, scalable production methods to meet regional demand for brazzein and tagatose.
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Nutraceutical
Development of high-value nutraceutical ingredients using precision fermentation and/or enzymatic biocatalysis. Immediate focus on scalable bioprocesses for astaxanthin and sialic acid.
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01
Nutraceutical
Development of high-value nutraceutical ingredients using precision fermentation and/or enzymatic biocatalysis. Immediate focus on scalable bioprocesses for astaxanthin and sialic acid.
02
Dairy Biomolecule Innovation
Creating advanced dairy-derived biomolecules via synthetic biology and precision fermentation. The goal is to establish a commercially viable bioscience business for functional dairy alternatives in Southeast Asia.
03
Novel Sweetener Production
Bio-manufacturing of next-generation sweeteners through precision fermentation and/or enzymatic biocatalysis. This project aims for cost-effective, scalable production methods to meet regional demand for brazzein and tagatose.
Nutraceutical
Dairy Biomolecule Innovation
Novel Sweetener Production
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