Latest Articles for Biotechnology

New tools reveal how motor proteins transport cargo and the impact of mutations.

This article examines how filament cross-section shapes affect their packing arrangements.

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

Genie 2 enhances protein design with AI, enabling complex structures and functions.

Explore how DNA's topology influences cellular functions and biological processes.

New methods improve detection of low-abundance proteins in blood plasma.

CTFFIND5 improves image clarity and accuracy in cryo-electron microscopy.

Researchers unveil efficient techniques to study histone modifications impacting gene expression.

New methods enhance understanding of immune system treatments against diseases.

This article examines the effects of temperature and viscosity on polymer behavior.

Learn how polyelectrolytes form complexes and their various applications.

Saturn improves drug discovery by efficiently generating effective molecules for treatment.

T cell receptors are crucial for immune responses against various threats.

FLIGHTED improves protein data analysis by addressing experimental noise.

Exploring protein structure and its role in biological functions.

Investigating the complex circadian clock system in Arabidopsis thaliana.

BITREx enables significant expansion of gene copies for research and therapy.

Research reveals how Francisella tularensis uses CRISPR for survival.

A new tool streamlines barcode selection for next-generation sequencing.

Bacteria form aggresomes to protect mRNA during stress, aiding survival and adaptation.

A new method enhances protein functions for industry and medicine.

Understanding DNA repair pathways is vital to combat diseases like cancer.

RNAFlow streamlines RNA design using AI for improved efficiency.

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

This study improves how we measure energy processes in mouse brains using 31P-MRS.

Research focuses on improving drug testing with human-based models for better results.

An overview of protein folding and its significance in biological functions.

Novae streamlines data analysis in spatial transcriptomics, offering new insights into tissue interactions.

Exploring the role of diffusion models in biomolecular structure prediction and design.

Study reveals differences in lipid behavior between monolayers and bilayers.

Study reveals how A. bescii transports sugars for biomass conversion.

New models enhance protein analysis accuracy for research applications.

Exploring how protein corona affects drug delivery and protein detection.

Exploring how innovations improve data accuracy in nanopore sensors for molecular analysis.

New methods enhance LIR identification in selective autophagy processes.

PepFlow leverages deep learning to create effective peptide designs for drug development.

UdanDTI improves predictions of how drugs interact with proteins.

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

Exploring how machine learning predicts PROTAC effectiveness in drug development.

Research shows promise in using hybrid scaffolds for diabetic wound treatment.