Direct-to-Liquid Fermentation & Accelerated Biomass Scaling 

Rather than relying on whole-plant cultivation and resource-intensive, decades-long growth cycles, this platform utilizes isolated plant cells and dedifferentiated callus cultures within precise bioreactor environments.

Focus: High-value phytochemistry, including the expression of Santalol from Santalum album (Sandalwood).

The Biovianex Advantage: We have developed and experimentally validated a proprietary Proof of Concept (PoC) for callus induction directly in liquid media. By completely bypassing the traditional solid-state agar phase, this breakthrough structurally reduces production costs, lowers contamination risks, and eliminates somaclonal variations caused by solid-to-liquid adaptation shock

Application Areas:
Plant stem cell/callus extract as B2B ingredient for premium cosmetics

Targeted Elicitation & Controlled Phytochemical Synthesis 

Focus: Plant-derived bioactives, including glucoraphanin, sulforaphane, quercetin, kaempferol

The Biovianex Advantage: We are actively developing a proprietary cultivation, novel elicitation, extraction, and stabilization methodology that dramatically enhances target molecule concentrations and ensures long-term ingredient stability, eliminating the unpredictability of traditional crop harvesting. 

Application Areas:
Nutraceuticals • Dietary Supplements • Functional Foods • Cosmetics • Personal Care

Advanced Biocatalysis 

When botanical extraction suffers from unpredictable raw material variations and low yields; chemical synthesis requires harsh conditions that degrade target molecular profiles; and microbial fermentation struggles with cellular cytotoxicity; enzymatic coversions can be a feasible alternative. 

Focus: Development of high-purity aroma molecules and specialty ingredients, such as phenyl esters, sesquiterpenes, for the global flavor & fragrance sectors.

The Biovianex Advantage: We are currently initiating the development of single- and multi-enzyme cascade platforms. This technology vertical is driven through an industry-academia framework. Once operational, this approach will maximize reaction kinetics, minimize side-product generation, and bypass the metabolic toxicity limits of living cells to deliver ultra-pure, sustainable ingredients.

Application Areas:
Flavor & Fragrances • Aroma & Perfumeries • Speciality Ingredients