Explore how spatial transcriptomics reveals the role of immune cells and DNAH9+ ciliated cells in adenomyosis development and progression.
Discover how alpha particle radiation alters gene expression and protein secretion in skin cells, with implications for cancer therapy and radiation detection.
Explore how entropy drives microphase transitions in colloidal mixtures of rods and spheres, creating complex ordered structures from disorder.
Explore how AI is transforming oncology drug discovery by identifying novel targets, accelerating drug development, and personalizing cancer treatments.
Discover how scientists are isolating small extracellular vesicles from liver cancer tissue to revolutionize cancer diagnosis and treatment.
Discover how small molecule microarrays revolutionize protein function profiling and drug discovery through miniaturized screening technology.
Explore how TCR analysis is transforming our understanding of regulatory T cells in Graft-versus-Host Disease, revealing new therapeutic approaches for immune regulation.
Explore how ensemble dimensionality reduction methods are revolutionizing single-cell RNA sequencing data analysis by combining multiple weak learners for superior cell type identification and feature gene extraction.
Discover how bFGF-loaded electrospun PLGA membranes are revolutionizing rotator cuff repair through biological augmentation and smart healing technology.
Exploring how the medical-industrial complex influences healthcare decisions and creates conflicts between patient well-being and financial gain.