Quantumzyme Expands AI Enzyme Platform to Target Additional High-Volume Pharmaceuticals

By Trinzik

TL;DR

Quantumzyme's expanded AI enzyme platform offers pharmaceutical companies a competitive edge through sustainable API manufacturing with improved cost efficiency and reduced environmental impact.

Quantumzyme's platform uses AI-driven computational modeling, in silico directed evolution, and high-throughput validation to design optimized biocatalysts that replace traditional chemical reaction steps.

This technology advances green pharmaceutical manufacturing by reducing hazardous waste, toxic solvent use, and carbon emissions, creating a cleaner environment for future generations.

Quantumzyme is expanding its AI enzyme platform beyond ibuprofen to target high-volume APIs like phenylephrine using computational biology for greener drug manufacturing.

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Quantumzyme Expands AI Enzyme Platform to Target Additional High-Volume Pharmaceuticals

Quantumzyme Corp. has announced the expansion of its proprietary AI-powered enzyme design platform to target additional high-volume Active Pharmaceutical Ingredients beyond ibuprofen. This strategic initiative marks a major milestone in advancing green pharmaceutical manufacturing while reducing hazardous waste, toxic solvent use, and carbon emissions at scale. The company's enzyme engineering platform integrates advanced AI-driven computational modeling, in silico directed evolution, mechanistic simulation, and high-throughput validation to deliver optimized biocatalysts that replace traditional energy-intensive chemical reaction steps.

Building on the company's validated enzymatic process for green ibuprofen synthesis, the expanded program leverages Quantumzyme's enzyme families, machine learning predictive models, and in silico design workflows to develop sustainable pathways for other APIs with significant global environmental impact. The expanded R&D pipeline includes multiple high-volume APIs, including chiral intermediates such as phenylephrine and related compounds accessible via ketoreductases, which are widely used in the global generics sector. This expansion highlights the scalability of Quantumzyme's digital biology architecture and its ability to rapidly adapt and redeploy enzyme systems across diverse synthesis targets.

The global API market is projected to exceed $300 billion USD by 2030, with generic drugs representing the majority of production volume. Much of this manufacturing currently occurs overseas using legacy chemistries that generate heavy waste streams and carry high solvent and carbon intensity. Quantumzyme's biocatalysis-first approach offers a sustainable alternative that delivers reduced chemical waste and solvent usage, lower carbon footprint, elimination of toxic reagents, and improved cost and yield efficiency. The company's platform supports domestic API manufacturing and aligns with U.S. supply chain resilience and sustainability goals.

Quantumzyme's vision to redefine chemical manufacturing through sustainable innovation involves extending its enzyme engineering platform beyond ibuprofen to advance greener chemistry, support supply chain resiliency, and move closer to a future where enzyme-driven production becomes the industry standard for high-volume APIs. For more information, visit https://www.quantumzymecorp.com and the company's profile at https://www.otcmarkets.com/stock/QTZM.

Curated from NewMediaWire

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Trinzik

Trinzik

@trinzik

Trinzik AI is an Austin, Texas-based agency dedicated to equipping businesses with the intelligence, infrastructure, and expertise needed for the "AI-First Web." The company offers a suite of services designed to drive revenue and operational efficiency, including private and secure LLM hosting, custom AI model fine-tuning, and bespoke automation workflows that eliminate repetitive tasks. Beyond infrastructure, Trinzik specializes in Generative Engine Optimization (GEO) to ensure brands are discoverable and cited by major AI systems like ChatGPT and Gemini, while also deploying intelligent chatbots to engage customers 24/7.