Ligo BiosciencesGenerative enzyme design for the chemical industry.

Ligo Biosciences: Catalysing Change in the Chemical Industry

Introduction

Ligo Biosciences leverages generative diffusion models for enzyme design, offering higher precision, stability, and activity. Our cutting-edge technology is set to revolutionize industries such as pharmaceuticals, detergents, fragrances, and agricultural chemical manufacturing.

Key Features

• Generative Diffusion Models: Advanced models with spatial understanding for precise enzyme design.
• Reaction Selection: Optimal enzymatic pathways evaluated for each reaction.
• Enzyme Modelling: In-house tools for detailed enzyme-ligand structure modeling.
• Ligo AI: Integration of structural and evolutionary data for superior enzyme design.
• Single Shot Enzyme Design: New diffusion model generating enzymes from transition states.

Use Cases

• Agriculture: Redesigning enzymes like phytase to enhance animal feed phosphate content.
• Biomining: Developing enzymes to extract precious minerals like lithium from ores.
• Carbon Capture: Engineering enzymes to improve biological carbon capture technologies.
• Pharmaceutical Manufacturing: Creating enzymatic cascades for APIs, reducing cost and time.

Pricing

Our pricing model is tailored to the specific needs of each industry and project. Contact us for a detailed quote and to discuss how our enzyme design technology can benefit your business.

Teams

• Edward Harris, CEO: A Princeton and Oxford-trained expert in computer science and biology, with a background in genetic engineering and computational modeling.
• Emily Egerton-Warburton, CSO: A top-ranked biochemist from Oxford University, experienced in strain engineering and chemostasis experiments.
• Arda Goreci, CTO: A proficient coder and co-founder, leading our technological advancements.

Ligo Biosciences is committed to creating economic and environmental value through innovative enzyme technology. Join us in catalyzing change in the chemical industry.