Scientific Articles
A Fully Automated, High-Throughput iPSC-Derived Cortical Triculture to Increase Throughput and Reproducibility in Neuroscience Drug Discovery
Translating neuroscience discoveries into effective therapies remains challenging: in 2024, only around 7% of drug trials resulted in approved treatments,…
High-Throughput Transcriptomics for Scalable Phenotypic Screening – Alithea Genomics Collaboration
Scalable drug discovery demands phenotypic data that is both mechanistically rich and compatible with high-throughput, AI/ML-driven analysis, yet conventional RNA-seq…
310.ai and Arctoris Partner to Pioneer AI-Designed Proteins for Cardiac Therapy
What if AI could design a brand-new protein, from scratch, to tackle heart disease? That’s no longer science fiction. In…
Combining Mechanistic Enzymology, Precision Biochemical Experimentation and Simulation in Drug Discovery
Integrating mechanistic enzymology with precision experimentation techniques and streamlined data simulation capabilities brings new levels of detailed understanding to the…
Why Kinetics Matter
Kinetic analysis plays a central role in drug discovery by characterising the temporal aspects of drug–target interactions. These studies provide…
Biotech 3.0: Data as the Catalyst for the Next Revolution in Drug Discovery
The integration of machine learning (ML) into small-molecule drug discovery has long been heralded as the game-changer that would bring…
Building the Future of Drug Discovery
Foundation Models and the Power of Proprietary Experimental Data In recent years, foundation models have revolutionised fields from natural language…
Molecular glues – A sticky subject
Molecular glues are small molecules that can bind to two or more proteins, facilitating their interaction and potentially leading to…