Latest Articles for Biotechnology

A study of particle flow influenced by a moving barrier and interactions.

An overview of how temperature and interactions influence polymer behavior.

Researchers create protein cages for better visualization of proteins in living cells.

CRISPR-Cas9 technology offers new possibilities in gene editing with notable challenges.

A new tool enhances the study of low-abundance RNA types in real time.

Study reveals key insights into silk gene expression in Bombyx mori.

SILVR simplifies the creation of new drug candidates using machine learning and known fragments.

DNA storage technology is revolutionizing data management with higher efficiency and reliability.

Deep learning aids antibody formulation, enhancing drug development efficiency.

Exploring the unique properties and applications of weak polyelectrolyte brushes.

Recent progress in protein design reveals exciting possibilities for healthcare and biotechnology.

A study reveals new ways to improve drug target selection through genetic data analysis.

A new simulation tool helps researchers study CD8 T cell behavior in immune responses.

New approaches in gene expression may offer hope for Prader-Willi Syndrome treatments.

Study reveals key roles of Bsp22 filaments in Bordetella infections.

Investigating how intron retention affects protein diversity and plant traits.

A new method enhances understanding of plant gene responses to environmental changes.

Exploring the potential of DNA as a data storage medium.

Research reveals how mechanosensitive channels in plants respond to different pressures.

Researchers enhance gene delivery methods using plant viruses for improved crop traits.

Scientists develop COMBI-Tweez for enhanced DNA study and manipulation.

Exploring how bacteria share genes and acquire traits through ICEs.

NFixDB provides a comprehensive view of nitrogen-fixing genes and organisms.

Evo offers a fresh approach to analyzing DNA sequences and predicting genetic outcomes.

Exploring the potential and methods of Generative Flow Networks in sampling.

An overview of how cells create proteins through translation.

A new method improves optical coherence tomography for better tissue imaging.

A look at adeno-associated viruses and their role in gene therapy.

Research enhances iPSC growth through metabolic modeling for better therapies.

Researchers uncover how Thanatos-1 modifies its DNA to evade bacterial defenses.

Discover how nematodes and bacteria work together to control agricultural pests.

New techniques allow for detailed views of cellular structures using game engine technology.

New findings reveal complex relationships of a recently discovered green alga.

Glycolate's impact on microbial growth and efficiency in nutrient use.

EpicTope helps identify where to add tags in proteins without disrupting their function.

Researchers reveal the importance of secreted proteins in cyanobacteria.

SIGNAL-seq offers a fresh perspective on cell signaling and gene expression.

A new hybrid model enhances CHO cell performance in bioreactors.

Learn how fitness functions relate biological sequences to key properties for protein development.

Research reveals how bacterial microcompartments function and their engineering potential.