Latest Articles for Biotechnology

Discover how microRNAs are processed and regulated in cellular functions.

Exploring the fine structure of DNA melting and its implications.

Research reveals how sugar modifications can boost NK cell effectiveness in cancer therapy.

A new method streamlines drug design by generating tailored molecules efficiently.

Researchers develop P3 editing for precise genomic changes using protein interactions.

Study reveals DNA levels impact ribosome activity and bacterial growth rates.

A new system for evolving proteins offers faster and more efficient solutions.

New lipid vesicles improve drug delivery efficiency and reduce toxicity.

Discover how machine learning is advancing synthetic biology through innovative methods.

Research on engineered bacteria could transform treatments for resistant infections.

MicroRNAs are key regulators of gene expression linked to various health conditions.

Study reveals essential roles of miR-290 and miR-302 in generating induced pluripotent stem cells.

A new method enhances efficiency in protein sequence optimization.

Introducing Prompt-DDG to enhance understanding of protein mutation effects.

Research uncovers complex effects of DNA methylation on plant growth and traits.

Exploring mechanisms that help organisms tolerate dry conditions.

A new method improves protein engineering by linking sequence data with functionality.

A new tool enhances accuracy in gene expression studies by filtering ambient RNA.

Research on biological age reveals links to health outcomes.

Exploring the use of quantum computing for efficient mRNA optimization in medicine.

DrugCLIP uses AI to speed up virtual screening for new drug candidates.

New AID libraries enhance yeast gene function studies.

Techniques improve how we select biomarkers for biological systems.

AI helps streamline experiment design in genetic research for health and disease.

New algorithm enhances crosslinking mass spectrometry for protein analysis.

Research reveals how Cas9 variants protect bacteria from viral attacks.

Explore the unique structures and functions of Corynebacteria cell envelopes.

New techniques enhance the precision of cell placement for neuroscience research.

A new AI tool improves drug discovery by generating better molecules faster.

A new approach combines CRISPR and barcode technology to study gene activity.

Discover how machine learning enhances gel electrophoresis for biomolecule analysis.

Efficient SNP identification reshapes genomic analysis and its applications in health.

Exploring the evolution and future potential of protein design in various fields.

Researchers unveil a safer technique to measure cell membrane potential accurately.

This research highlights xylanases useful in various industries.

A new platform enhances long-read sequencing for microbial genomic research.

Research highlights IL12B as a target for small molecule drug development.

Researchers enhance biomanufacturing processes using Bayesian inference and efficient sampling techniques.

This study explores how yeast cells adapt to various stressors and their cellular responses.

New energy pathways improve protein yields in cell-free systems.