Latest Articles for Biomedical Research

MALAT1 expression aids in identifying high-quality cells in single-cell RNA sequencing.

New networks improve imaging and labeling neurons in C. elegans.

New techniques improve data handling in microscopy without losing detail.

New tool IGLoo improves immunoglobulin gene analysis in sequencing data.

A compact microscope enhances wide-field imaging for scientific research.

GenLFI revolutionizes live-cell imaging with unmatched speed and field of view.

CBC3D offers improved mesh generation for surgical planning and simulations.

A new model enhances accuracy in voltage-clamp experiments for better cellular insights.

Exploring the potential of chemokines in battling antibiotic-resistant bacteria.

Study reveals fluid volumes in mouse eyes, aiding glaucoma research.

Examining the role and mechanisms of potassium channels in cellular activity.

Examining the rise of antimicrobial resistance and potential solutions through phage therapy.

A new framework to evaluate biases in causal effect estimates.

A new model enhances predictions by training on large genetic data sets.

Examination of DNA polymerases' interactions with PST-modified DNA highlights unexpected replication behaviors.

A study reveals how machine learning enhances protein measurement in breast cancer tissues.

BiomedRAG improves LLM accuracy by simplifying information retrieval in biomedicine.

NichePCA offers an efficient way to identify spatial domains in transcriptomics data.

This study reveals how gradual changes in gene expression affect cellular function and health.

A look into the roles of proteins in kidney fibrosis development.

Examining how monocytes affect blood vessel growth in diabetes patients.

Study reveals how gut bacteria interact and impact health.

BASH MaP improves detection of RNA interactions, especially in G-quadruplexes.

Discover how new methods are transforming our understanding of molecular organization in tissues.

A novel approach enables analysis of single-cell data with missing information.

A model improves the identification of antibiotic resistance genes using deep learning.

New minibinders enhance synthetic receptor technology for improved disease detection.

LangCell combines cell data and natural language for better cell analysis.

New imaging method enhances depth and clarity in observing living cells.

drGAT uses machine learning to predict how cells respond to drugs.

Combining human reviewers with LLMs improves biomedical research evaluations.

A new model analyzes how substances flow through changing materials, with implications for medicine.

Recent innovations in lung models enhance disease understanding and treatment development.

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

Researchers propose geometric biomarkers for better action potential analysis.

RNA does more in the cell nucleus than making proteins.

New model predicts S-palmitoylation sites in proteins, enhancing understanding of protein modifications.

A new method enhances cell analysis in multiplexed imaging.

This study enhances relation extraction by linking it with natural language inference techniques.

A new model improves image understanding, focusing on details with efficiency.