Our range of products
Our range of products
Our range of products
Explore our diverse range of high-quality products, developed to meet your unique needs while ensuring superior efficacy and reliability
Pharmaceutical and Catalytic Enzymes
Pharmaceutical and Catalytic Enzymes
Pharmaceutical and Catalytic Enzymes
We specialize in Pharmaceuticals and generics — innovative medicines created from living cells and affordable alternatives to brand-name drugs. Our mission is to make high-quality treatments accessible to everyone, combining advanced science with affordability. Whether it's cutting-edge biologics or trusted generics, we’re here to improve lives.
We specialize in Pharmaceuticals and generics — innovative medicines created from living cells and affordable alternatives to brand-name drugs. Our mission is to make high-quality treatments accessible to everyone, combining advanced science with affordability. Whether it's cutting-edge biologics or trusted generics, we’re here to improve lives.
We specialize in Pharmaceuticals and generics — innovative medicines created from living cells and affordable alternatives to brand-name drugs. Our mission is to make high-quality treatments accessible to everyone, combining advanced science with affordability. Whether it's cutting-edge biologics or trusted generics, we’re here to improve lives.
Keto-Reductase Library
The Keto-Reductase Library is a highly curated enzyme collection designed for the enantioselective reduction of ketones via oxido-reductase (ORD)-based mechanisms. It enables pharmaceutical API development through green chemistry approaches, reducing reliance on hazardous reagents and improving reaction efficiency. With enhanced stereoselectivity, it ensures superior chiral synthesis, higher yields, and scalable biocatalysis, offering a cost-effective and sustainable solution for industrial applications.
Keto-Reductase Library
The Keto-Reductase Library is a highly curated enzyme collection designed for the enantioselective reduction of ketones via oxido-reductase (ORD)-based mechanisms. It enables pharmaceutical API development through green chemistry approaches, reducing reliance on hazardous reagents and improving reaction efficiency. With enhanced stereoselectivity, it ensures superior chiral synthesis, higher yields, and scalable biocatalysis, offering a cost-effective and sustainable solution for industrial applications.
Keto-Reductase Library
The Keto-Reductase Library is a highly curated enzyme collection designed for the enantioselective reduction of ketones via oxido-reductase (ORD)-based mechanisms. It enables pharmaceutical API development through green chemistry approaches, reducing reliance on hazardous reagents and improving reaction efficiency. With enhanced stereoselectivity, it ensures superior chiral synthesis, higher yields, and scalable biocatalysis, offering a cost-effective and sustainable solution for industrial applications.
Transaminase Library
Our Transaminase Library features a diverse collection of engineered enzymes optimized for transamination reactions, essential in API synthesis. These biocatalysts provide high selectivity, increased reaction efficiency, and improved yields while minimizing the environmental impact of traditional chemical synthesis. Offering a scalable and sustainable alternative, this library enables the precise conversion of ketones into chiral amines, ensuring superior enantioselectivity and regulatory compliance for green pharmaceutical manufacturing.
Transaminase Library
Our Transaminase Library features a diverse collection of engineered enzymes optimized for transamination reactions, essential in API synthesis. These biocatalysts provide high selectivity, increased reaction efficiency, and improved yields while minimizing the environmental impact of traditional chemical synthesis. Offering a scalable and sustainable alternative, this library enables the precise conversion of ketones into chiral amines, ensuring superior enantioselectivity and regulatory compliance for green pharmaceutical manufacturing.
Transaminase Library
Our Transaminase Library features a diverse collection of engineered enzymes optimized for transamination reactions, essential in API synthesis. These biocatalysts provide high selectivity, increased reaction efficiency, and improved yields while minimizing the environmental impact of traditional chemical synthesis. Offering a scalable and sustainable alternative, this library enables the precise conversion of ketones into chiral amines, ensuring superior enantioselectivity and regulatory compliance for green pharmaceutical manufacturing.
Esterase Library
The Esterase Library comprises a broad selection of enzymes tailored for transesterification and hydrolysis reactions in pharmaceutical intermediate development. Designed to support eco-friendly and scalable production, these esterases exhibit high substrate specificity, enhanced stability, and improved reaction kinetics. Ideal for selective ester bond formation or cleavage, this enzyme collection facilitates cost-effective, sustainable synthesis of high-value compounds while ensuring efficiency, precision, and regulatory adherence in biocatalysis.
Esterase Library
The Esterase Library comprises a broad selection of enzymes tailored for transesterification and hydrolysis reactions in pharmaceutical intermediate development. Designed to support eco-friendly and scalable production, these esterases exhibit high substrate specificity, enhanced stability, and improved reaction kinetics. Ideal for selective ester bond formation or cleavage, this enzyme collection facilitates cost-effective, sustainable synthesis of high-value compounds while ensuring efficiency, precision, and regulatory adherence in biocatalysis.
Esterase Library
The Esterase Library comprises a broad selection of enzymes tailored for transesterification and hydrolysis reactions in pharmaceutical intermediate development. Designed to support eco-friendly and scalable production, these esterases exhibit high substrate specificity, enhanced stability, and improved reaction kinetics. Ideal for selective ester bond formation or cleavage, this enzyme collection facilitates cost-effective, sustainable synthesis of high-value compounds while ensuring efficiency, precision, and regulatory adherence in biocatalysis.
OUR TRUSTED PARTNERS
Empowering discovery through effective partnerships
OUR TRUSTED PARTNERS
Empowering discovery through effective partnerships
OUR TRUSTED PARTNERS
Empowering discovery through effective partnerships
Lorven biologics
Innovating today for a better tomorrow
Innovating today for a better tomorrow
Innovating today for a better tomorrow
Shaping the future of global health through biotech innovation. Partner with Lorven Biologics to advance affordable, high-quality healthcare solutions. Let’s collaborate and create lasting impact.
Shaping the future of global health through biotech innovation. Partner with Lorven Biologics to advance affordable, high-quality healthcare solutions. Let’s collaborate and create lasting impact.
Based in Hyderabad, IN
Based in Hyderabad, IN
Based in Hyderabad, IN
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Empowering Science, Enriching Lives.
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