Latest Articles for Biomedical Research

A method for analyzing cells' properties quickly and efficiently.

This article discusses how salt affects protein behavior during liquid-liquid phase separation.

A new framework improves analysis of biomedical literature by linking entities and extracting events.

Researchers investigate gene expression changes with age using advanced RNA sequencing methods.

A new approach improves analysis efficiency and accuracy in complex biomedical datasets.

Researchers develop a non-scanning method for detailed tissue imaging.

Improving language models with knowledge for better medical understanding.

Innovative methods enhance myoblast isolation from chicken muscle tissue.

Combining small and structural variant analysis improves genetic research accuracy.

A new method simplifies analysis of complex biomedical knowledge graphs.

Research reveals how kidney cells efficiently recover proteins under different flow conditions.

BayeLeafClassifier offers precise cell identification in single-cell RNA sequencing.

A unified model for improved analysis of health data in biomedicine.

Researchers develop tools for better vaccine design targeting the immune system.

New method SIRV enhances insights into cell differentiation by combining spatial data and RNA velocity.

Research explores gene therapy approaches for treating retinitis pigmentosa.

Examining the role of LLMs in finding new antibiotics amid rising resistance.

Explore the relationship between protein domains and their interactions with drugs.

This research improves NER models for better clinical text analysis.

This study evaluates knowledge graph embeddings and their role in biomedical research.

Discover the vital role of cilia and their protein interactions in human health.

New techniques improve accuracy and efficiency in blood flow simulations.

New tools analyze how genes and medications affect wound healing.

A new framework enhances knowledge graphs by integrating diverse entity information.

Research on EDSpliCE offers hope for correcting splicing defects in genetic diseases.

This article examines ChatGPT's performance on various biomedical tasks.

This article discusses new methods for studying glycosylation using artificial intelligence.

A systematic approach to study cell differences using RNA and ATAC sequencing.

Research reveals key antibodies in fighting coronaviruses and their potential for future treatments.

CRGEM offers a structured approach to improve cell transformation in regenerative medicine.

A study reveals complex relationships between host and nested genes in human and mouse genomes.

Research reveals how MexR binds to DNA, influencing antibiotic resistance in bacteria.

Researchers develop a generative model to improve protein folding predictions.

Researchers develop a tool to predict bacterial RNA transcripts, enhancing our understanding of gene regulation.

Explore the significance of small RNAs in bacteria, especially in stress response.

BuDDI improves insights from RNA sequencing data by combining bulk and single-cell analysis.

A new method enhances image analysis for biomedical applications.

Lute enhances accuracy in estimating cell types by accounting for size variations.

SwinCell enhances 3D cell segmentation accuracy for better biological insights.

Unico improves analysis of complex genomic data with a flexible approach.