Latest Articles for Biomedical Research

VaxLLM enhances vaccine data extraction for better public health insights.

Innovative methods are improving the analysis of genetic data across multiple species.

Research proposes methods to find common elements in unaligned multi-modal data.

New methods improve imaging of biological tissues without altering their natural state.

Innovative CRISPR method enhances gene analysis in retinal diseases.

Learn how protein compartments help bacteria survive and clean up pollutants.

A new method reduces labeling effort in cell nuclei detection while maintaining accuracy.

AI and data standards improve health research efficiency and data management.

A new tool enhances DNA analysis using GPU technology for faster results.

COEXIST method enhances tissue analysis by integrating data from multiple sections.

Learn how polymorphonuclear leukocytes protect us from infections.

Explore how tiny motors within cells compete to transport cargo.

Discover how cells communicate through complex signaling processes.

New method improves cardiovascular simulations, saving time and enhancing surgical planning.

Uncovering the crucial role of microRNAs in managing gene expression and protein production.

Discover how new technologies are reshaping our understanding of heart diseases.

Learn how to measure bias in biomedical studies for reliable healthcare data.

MFliNet improves fluorescence lifetime imaging for better insights in biology and medicine.

A deep dive into the search and classification of human coding genes.

Discover the blend of quantum computing and fluid dynamics in QLBMs.

Learn how traction force microscopy reveals cell behavior and interactions.

MERGE offers innovative solutions for predicting gene expression from tissue images.

A new method enhances AI's transparency in medical image analysis.

Zebrafish reveal secrets about rapid wound healing, offering hope for medical advancements.

Discover the vital roles lysosomes play in cell health and function.

Segmentation helps scientists analyze biomedical images for better health insights.

Discover how vmrseq changes the game in studying DNA methylation and cell behavior.

New methods improve how scientists find biomedical research effectively.

New method improves health predictions using historical data.

Discover how AI streamlines gene prioritization in medicine.

Chimeric GPCRs offer new pathways for drug development and disease treatment.

Combining resources to enhance drug target identification and disease understanding.

Learn how ontologies structure biological information for better research.

Researchers develop a faster way to identify antibody binding sites using advanced tools.

Discover the critical roles of cell membranes and crosslinkers in cellular function.

Research reveals how genetic changes affect bacterial organization in chronic infections.

CORTADO helps scientists accurately identify unique cell markers for better understanding.

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

Research reveals genetic factors influencing cancer treatment responses.

Discover how graph-structured topic modeling improves document analysis.