Latest Articles for Biotechnology

RAFT improves genome assembly by reducing gaps in sequences.

Understanding osmolytes is key to protein stability in various applications.

Exploring new methods for understanding and designing proteins with specific functions.

New gene editing methods show promise for leishmaniasis vaccine development.

A new method for studying gene activity while tracking cell locations in tissues.

playOmics simplifies multi-omics studies, enhancing data interpretation and collaboration.

A new database enhances access to pig genetic data for researchers.

Chalkophomycin shows promise in managing copper-related diseases.

Explore how E. coli bacteria evolve to navigate their environment.

Study reveals protein interactions influence metabolic processes in E. coli.

New method for vaccine delivery shows promise for easier storage and stronger immune response.

New methods enhance accuracy in protein structure determination using cryo-electron microscopy.

Study reveals the impact of structural variants on gene expression in oilseed rape.

Study reveals pivotal roles of ATML1 and VLCFAs in specialized cell development.

A new method improves insights into gene interactions and spatial dependencies in tissues.

Exploring how chromatin affects gene organization and activity in living cells.

METL combines synthetic data and machine learning for improved protein design.

Examining the role of IVT in mRNA vaccine development and efficiency.

Research reveals how stress affects cell membrane behavior and fluidity.

Researchers explore yeast to replace palm oil sustainably.

Researchers improve gene editing techniques using iPS cells for disease modeling.

Exploring the role of detailed data in improving clinical trial outcomes.

mLiftOver simplifies data integration from different DNA methylation analysis platforms.

Examining unintended mutations in bacterial genome editing techniques.

A look at new techniques for studying nanoscale materials.

Study uncovers crucial role of PSB15 in phage assembly processes.

New methods improve the accuracy of DNA origami structures for various applications.

Research reveals how human soft tissues can process information efficiently.

New methods in genome sequencing enhance understanding of genetics and medicine.

This article explores how genes are transcribed preferentially in one direction.

E. coli biofilms exhibit unique electrical signaling under blue light exposure.

New insights reveal spatial arrangement's impact on genetic circuit performance.

Lingo3DMol enhances drug design by integrating AI and 3D molecular modeling.

Exploring the roles and interactions of bacterial microcompartments in metabolic processes.

A novel approach to peptide selection enhances drug research efficiency.

Research reveals insights into how polymers navigate through varied channel structures.

New methods enhance yeast reproduction efficiency for genetic research.

A yeast with high oil production potential for various industries.

BayeLeafClassifier offers precise cell identification in single-cell RNA sequencing.

Research reveals how evaporation affects microtubule networks and their behavior under stress.