Tag: Protein Engineering

A new Nature Reviews Bioengineering review charts how structural biology, gene transfer and AI-assisted protein design are turning plant immune ...

Researchers have developed Foldinsight, a framework that uses AlphaFold2-predicted structures and molecular field descriptors to model and spatially interpret the ...

Researchers are combining computational de novo protein design with directed evolution in plants to create synthetic immune receptors that can ...

A new method called MIDAS assembles and screens hundreds of protein variants directly in mammalian cells without any microbial cloning ...

Researchers used crystallography, computational screening, and machine learning to raise the melting temperature of the fungal sweet protein honey truffle ...

A new parallel deep learning framework combining CNN and Transformer branches with thermodynamic regularization improves the prediction of mutation-induced protein ...

Researchers used a protein language model and an epistatic rescue algorithm to computationally humanize a bacterial peptide transporter, paving the ...

Researchers have engineered an enzyme variant that depolymerizes post-consumer PET in natural seawater at 37 degrees Celsius, achieving monomer yields ...

A new Microbial Biotechnology editorial shows how engineered microbes and enzymes are being deployed against fungal disease, diabetes, plastic waste ...

Researchers have engineered S1.0, a ribosome-display synthetic nanobody library that yields high-affinity binders compatible with the Legobody cryo-EM toolkit without ...