With artificial intelligence (AI), scientists have a powerful new tool for creating never-before-seen proteins, which can be used to make either groundbreaking new medicines or devastating...

Google gives European researchers access to AlphaFold 3    Techzine Global

As machine learning (ML) becomes increasingly important in protein engineering, synthetic biology, and bioprocess optimisation, the lack of consistent, complete, and standardised experimental…

Adaptyv Bio raised $40M to scale automated wet-lab infrastructure for AI protein design, agentic biology, experimental validation, and reusable biological data.

Scientists have engineered E. coli to run dual genetic codes, expanding the standard 64-codon system to include up to 34 amino acids. This breakthrough enables the creation of proteins with non-natural building blocks like fluorescent tags and photocrosslinkers. Though growth slows slightly, this technology paves the way for advanced therapeutics and materials. Microbes become programmable factories for molecules beyond nature's design—showing the genetic code is adaptable. Subscribe for more groundbreaking science! Tools used for generation Text Gemini Narator Azure TTS Clips Pexel Rendering Remotion

YouTube video by Molecule Maker Lab Institute

using pLMs to extract the mutation landscape of protein sequence - Danialgharaie/mutant-landscape

Enhancing the performance of cellulases at high temperatures is crucial for efficient biomass hydrolysis—a fundamental process in biorefineries. Traditional protein engineering methods, while effective, are time-consuming and labour-intensive, limiting rapid advancements. To streamline the engineering process, we t