Latest Articles for Tissue

Research highlights how cell divisions affect surrounding tissue forces and structure.

A detailed study on the impact of aging on mitochondrial energy production.

A new filter enhances background clarity in biological imaging.

A study on targeted chemical release enhances knowledge of protein reactions in living organisms.

This article discusses gene expression's role in disease and drug development.

Exploring how cells grow, interact, and shape living organisms.

Understanding how cells manage growth is key to development and health.

A new method enhances tissue analysis using multiple stains and machine learning.

Research highlights iPLA2-VIA gene's role in Drosophila nervous system development.

Research reveals RNA shifts after trauma and highlights potential treatment paths.

Researchers use CytoSpatio to study complex relationships between cell types in tissues.

Research examines how tiny robots affect oxygen levels in the bloodstream.

Explore the unique life and genetics of the Sapphire Devil damselfish.

DBiTplus combines RNA and protein analysis for better cell insights.

This article examines the link between cell adhesion and tissue fluidity.

Recent studies reveal how genetics influence coronary artery disease and associated health issues.

New findings reveal HPAI H5N1's threats to mammals and potential impact on humans.

PRISM offers a cost-effective approach to analyze RNA in tissue samples.

NoButter helps improve spatial transcriptomics data quality for better tissue analysis.

Molecular MRI methods improve diagnosis and treatment evaluation in healthcare.

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

A new method transforms our view of tissue behavior.

Discover how noise influences particle movement in biological systems.

A quick new method improves the visualization of breast tissue structures.

New FLUKA version improves accuracy in proton radiation therapy simulations.

T1 transitions allow cells to move and reshape, vital for tissue health.

Research reveals how archaea develop multicellular structures under mechanical stress.