Revolutionizing Protein Discovery with AI-Driven Technology
Partnership to Innovate Protein Discovery
Today, LenioBio GmbH announced an exciting new partnership with AffinityAI, a cutting-edge Danish start-up specializing in AI-driven protein design. This strategic collaboration blends LenioBio's innovative ALiCE® platform, which supports cell-free protein expression, with AffinityAI's advanced design engine known as Designerbodies™. The goal is to speed up the discovery process and optimization of novel proteins.
AI-Guided Design Meets High-Throughput Production
The collaboration aims to bridge the traditional gap between design and laboratory processes, allowing cycles of design, testing, and feedback to be completed in mere days instead of weeks. AffinityAI’s powerful computational pipeline can swiftly generate novel protein sequences, while LenioBio’s ALiCE® platform allows immediate production and expression, overcoming the limitations typically found with living cells. This powerful combination facilitates rapid screening, enabling the optimization of even the most complex proteins.
Executing a Shared Vision
André Goerke, CEO of LenioBio, expressed his enthusiasm about the partnership, stating, "We have innovated cell-free protein expression to fully leverage AI-driven design techniques. ALiCE® merges the versatility of a cell-free system with the scalability of standard cell-based platforms. Through collaboration with AffinityAI, we can significantly enhance the speed of our discovery cycles and fast-track the development of precision-designed protein therapeutics."
About Designerbodies™ and Their Impact
AffinityAI focuses on designing high-affinity proteins labeled Designerbodies™, which significantly differ from traditional antibodies. These synthetic proteins are engineered with specifically defined binding sites, effectively offering improved precision and control over interactions. The development process will involve leveraging LenioBio's ALiCE® for a highly automated and efficient pipeline, ultimately leading to next-generation protein products targeted for drug development, diagnostics, and various biomedical applications.
Enhanced Technical Capabilities
In the words of Timothy P. Jenkins, PhD, Head of Data Science at AffinityAI, "LenioBio's ALiCE® system is an excellent match for our AI-based methodology. This partnership allows us to produce Designerbodies™ at higher throughput and enhanced precision than ever before." This collaboration represents a vital milestone, making strides in the realm of novel protein therapeutics by merging cutting-edge AI design with scalable expression technology.
About LenioBio GmbH
LenioBio is at the forefront of biotechnology, focusing on cell-free protein expression through its proprietary ALiCE® platform. Founded in Germany in 2016 and based in Düsseldorf, LenioBio enables rapid discovery and scalable production of proteins beyond the confines of living cells. This flexibility supports diverse applications in drug development, diagnostics, and biomedical research.
About AffinityAI
AffinityAI, based in Denmark, is committed to advancing AI-guided protein design with its proprietary synthetic proteins known as Designerbodies™. These proteins are engineered for specific interactions and are designed to be delivered more efficiently than traditional antibody discovery processes. AffinityAI aims to revolutionize therapeutic developments with rapid, high-quality protein designs.
Frequently Asked Questions
What is the goal of the LenioBio and AffinityAI partnership?
The partnership aims to enhance the discovery and optimization of novel proteins using AI-driven design and scalable expression techniques.
How does the ALiCE® platform work?
ALiCE® enables cell-free protein expression, allowing for immediate production without the limitations of living cells.
What are Designerbodies™?
Designerbodies™ are fully synthetic proteins designed for precise binding interactions, offering greater control compared to traditional antibodies.
What applications do these proteins have?
These proteins can be utilized across various fields, including drug development, diagnostics, and biomedical research.
How does AI enhance protein discovery?
AI provides rapid design and testing cycles, facilitating quicker refinement and optimization of protein sequences for various applications.
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