Latest Articles for Biotechnology

RNAmigos2 streamlines RNA-targeted drug discovery, enhancing compound binding predictions.

Discover how technology aids in designing proteins through innovative methods.

Learn how ComP helps bacteria interact with DNA through advanced modeling.

This study questions the necessity of large models in protein research.

Researchers develop new antigen-binding domains to improve CAR-T therapies against cancer.

A study highlights enzymes from fungi for sustainable chemical creation.

This study highlights the functions of lncRNAs in monocyte health and immunity.

Researchers develop new methods for controlling CRISPR with anti-CRISPR proteins.

Discover the complex interactions and dynamics of microorganisms in biofilms.

Exploring the impact of long-read sequencing on viral genome analysis.

Bacteria show remarkable abilities to sense and adapt to environmental changes.

Bacteria create polysaccharides that serve vital functions in nature and industry.

Learn how microbiomes impact our health and the environment.

SPACE helps scientists analyze protein interactions and functions for better health outcomes.

Examining public views on microbiome engineering and its potential in cancer therapies.

Discover how m6A modifies gene expression and affects biological processes.

Research reveals significant pseudouridine patterns across various human cell types.

A new method improves gene editing accuracy and effectiveness.

Discover how Concept Bottleneck Protein Language Models enhance protein development.

A tool that streamlines protein design for scientists without coding expertise.

Researchers enhance proteins using noncanonical amino acids for better functions.

A study reveals how biofilm growth affects chemostat function.

OneProt combines various data types to enhance protein research efficiency.

A novel method to understand how proteins change shape and function.

NoButter helps improve spatial transcriptomics data quality for better tissue analysis.

Exploring the intricate relationship between bacteria and genetic manipulation.

Discover how light-activated proteins change shape and function in different conditions.

TourSynbio-Agent simplifies protein engineering, making it accessible for researchers.

TourSynbio-Search simplifies protein information discovery for researchers.

This method uses microbes to transform CO2 into solid rock.

Combining genetic data and advanced methods addresses missing data in health research.

Study reveals how bacteria manage movement and copper response through protein interactions.

A look into how cells produce essential proteins through gene expression.

GENzyme simplifies the creation of enzymes for various applications.

A new framework helps researchers find gene deletion strategies quickly and effectively.

NLR proteins protect plants from pathogens through remarkable teamwork and structure.

Cdc42 shapes cell growth through innovative research and techniques.

A new approach to measure the ease of drug synthesis.

Research reveals the significance of small proteins and nested genes in bacteria.

Researchers enhance protein stability using insights from extreme-loving organisms.