Latest Articles for Synthetic Biology

Study reveals insights into gene duplication impacts on evolutionary traits.

Study reveals how cell shape impacts movement and interaction in dense environments.

This study explores how active droplets move and function within cellular environments.

New tools and methods aim to improve plant traits for sustainability.

Research reveals patterns in how amino acids are utilized by different species.

Research explains a new approach to producing Olympic gels using DNA technology.

A novel technique enhances the measurement of ribozyme activity across various contexts.

This article examines how simple autocatalysts grow and compete in chemical systems.

Researchers create artificial cells to study action potentials and neural behavior.

Exploring how molecular networks produce essential biological molecules.

Learn how liquid droplets influence chemical reactions in living cells.

A new technique improves analysis of algae-bacteria communities and their interactions.

This study focuses on achieving reliable majority consensus in microbial populations.

Examining how gene duplication and regulation shape evolutionary processes.

Research into protocells offers insights into life's origins and synthetic biology.

Researchers develop P3 editing for precise genomic changes using protein interactions.

New minibinders enhance synthetic receptor technology for improved disease detection.

Exploring how degrade-and-fire oscillators synchronize in biological systems.

A new tool helps predict hidden gene activity in synthetic biology.

New energy pathways improve protein yields in cell-free systems.

A new dialysis system improves protein yields in cell-free setups.

A new system for regulating gene expression in yeast shows promising results.

Exploring how patterns like stripes and spots form in living organisms.

RNAFlow streamlines RNA design using AI for improved efficiency.

A deep learning model designed to optimize codon usage across various organisms.

A deep dive into protein folding and structure prediction.

Research reveals how protein structures impact health and cell function.

Studying how synthetic polymers can create forces and change shapes.

Exploring methods to enhance the reliability of DNA-based information storage.

This study examines resilience in biological feedback systems under chemical changes.

New methods enhance genetic studies with JCVI-syn3B bacteria using minimal resources.

MOSAIC simplifies the creation of diverse DNA libraries for research.

A new system combines synthetic biology and materials science for RNA diagnostics.

A look at how patterns form in bacterial populations.

Advances in synthetic cells open up new opportunities in science and industry.

This study examines how codon choices impact mRNA stability and translation efficiency.

A new approach to simulate chemical reactions and gene expression.

Researchers develop syn3B to enhance gene transfer understanding and efficiency.

New methods streamline the transformation of plants for better crops.

Research targets ribosome modifications to enhance protein production in synthetic biology.