Latest Articles for Biomedical Research

A new tool improves single-cell analysis while reducing costs for researchers.

New methods enhance the identification of proteins in human cells and blood samples.

A look into statistical fragility and its impact on research reliability.

Exploring models that simulate action potentials in nerve and heart cells.

New approach cuts costs and enhances AAV production for gene therapy research.

Discover how CCL5 and heparan sulfate work together to drive immune responses.

This method enhances knowledge graphs by incorporating both positive and negative relationships.

Study shows dietary schedule impacts sleep patterns in Huntington's disease models.

This study evaluates how reproducible Jupyter notebooks are in biomedical research.

Industry and academia unite for better biomedical data processing.

Tiny devices mimicking human organs improve drug testing and disease research.

Study reveals how bone marrow plasma cells relate to allergies and antibody production.

A new approach improves data analysis in machine learning, especially for rare diseases.

A new model improves Named Entity Recognition in the biomedical field.

Innovative approaches in heart modeling aim to enhance patient diagnosis and treatment.

Research reveals how bacteria get trapped close to surfaces and its implications.

A standardized benchmark to improve biomedical entity linking and research comparisons.

Research reveals new findings about the spike protein's behavior and its implications.

Innovative methods enhance analysis of high-dimensional datasets in biomedical research.

This study examines new ways to link biomedical entities using structured data.

A new atlas reveals protein interactions across various human tissues.

A new method enhances image quality for better medical analysis.

Zebrafish research reveals how viruses spread within the central nervous system.

New model creates tissue images using expert report summaries.

Enhancing representation in research can improve healthcare outcomes and equity.

FlaMB e provides structured information for extracting procedural knowledge from biomedical papers.

ReOnto combines machine learning and ontologies to enhance relationship extraction in biomedical texts.

A new method improves microscopy images, enhancing clarity while preserving vital details.

Researchers unveil ZIA phases, promising new properties and applications in technology.

Branched Latent Neural Operators enhance cardiac modeling through effective input-output learning.

A novel approach improves segmentation of cell nuclei using semi-supervised learning.

Examining the roles of Prom1 and Ttyh1 in cell membrane dynamics.

DCMIX improves analysis of high content imaging data by estimating channel importance efficiently.

PCBS streamlines the analysis of DNA methylation data for researchers.

Distribution shifts impact the ability to replicate study results across different populations.

New algorithm MuLaN enhances analysis of multilayer networks in biology and medicine.

Exploring how gene networks influence cell fate and implications for diseases.

Exploring new injectable hydrogels designed for better medical treatments.

New methods enhance fluorescent marker signals and expand analysis capabilities in biology.

TrajAtlas offers insights into osteoblast differentiation and implications for bone health.