Latest Articles for Biotechnology

Exploring gene editing techniques and their potential to treat genetic disorders.

Understanding RNA sequencing's role in disease detection and patient care.

Researchers use machine learning to reveal how T Cell Receptors interact with ligands.

Researchers develop new methods to study gene regulation and enhancer function.

New AI tools are transforming protein research, aiding in drug discovery and environmental solutions.

Discover how innovative models are changing our understanding of bacterial communities.

Scientists are engineering natural compounds for innovative drug development.

A fresh look at how cells and genes interact over time.

Discover the latest advancements in red fluorescent calcium sensors used in cell research.

Discover how PMM empowers machines in creativity and data generation.

DRGN-AI revolutionizes structural analysis of biomolecules in cryo-EM.

Explore how cells interact with electric fields and their impact on medicine.

Discover how DNA could change the future of data storage.

A multi-model approach improves genomic data analysis using deep learning techniques.

New models improve how scientists predict protein shapes and interactions.

New research shows that short Pol III promoters can effectively guide genetic editing.

SUM-seq reveals important details about gene activity in individual cells.

Discover how scientists predict protein interactions for better drug design and healthcare.

Research into tumor resistance is leading to better cancer therapies.

Discover how microRNAs influence stem cells and health.

A promising tool to quickly detect ASF in pigs is being developed.

Discover how Treg cells help balance our immune system.

Exploring the dynamic interactions between phages and their bacterial hosts.

Learn how therapeutic antibodies are changing disease treatment through advanced research.

Study reveals potential of cfRNA for early cancer diagnosis.

Discover how mutations shape evolution and their surprising effects on DNA.

K-mer topology simplifies genome analysis, revealing connections among species.

Scientists develop microbes to use methanol for sustainable chemical production.

Discover how biopolymers form shapes through self-assembly and the role of solvents.

Clair3-RNA improves accuracy in identifying RNA variants and gene changes.

Innovative methods to remove harmful proteins open doors for cancer therapies.