Research Articles
Cracking Breast Cancer's Secret Code: How RNA Changes in Just Hours After Treatment Begins
Discover how next-generation RNA sequencing reveals early changes in gene expression and alternative splicing in breast cancer therapy response.
Unlocking Breast Cancer's Secrets: How Single-Cell Sequencing of Archived Tissue Reveals Hidden Tumor Diversity
Explore how single-cell sequencing of FFPE breast cancer tissues is revolutionizing our understanding of tumor heterogeneity and treatment resistance.
Proteogenomics: Decoding Breast Cancer's Hidden Secrets
How proteogenomics is revealing breast cancer's hidden secrets by integrating genomics, transcriptomics, and proteomics to identify actionable protein alterations.
The Electric Fingerprint: How Bioimpedance is Revolutionizing Breast Cancer Detection
Explore how bioimpedance spectroscopy is transforming breast cancer detection through electrical signatures of cells, microsystems technology, and innovative diagnostic approaches.
Cracking the Code: How 'Omics' Technologies Are Unlocking the Secrets of Treatment-Resistant Breast Cancer
Explore how omics technologies are revolutionizing our understanding of chemoresistant and metastatic breast cancer through genomics, transcriptomics, proteomics, and metabolomics.
Decoding Breast Cancer: How Deep Learning Is Revolutionizing Tumor Classification
Explore how deep learning algorithms are transforming breast cancer diagnosis by classifying tumors according to WHO taxonomy with unprecedented accuracy.
How Targeting a Single Protein Could Revolutionize Breast Cancer Treatment
Discover how targeting the RAGE protein could transform breast cancer treatment, especially for patients with diabetes and obesity.
The Invisible Anchor: How E-cadherin's Disappearance Fuels Breast Cancer's Silent Invasion
Exploring how E-cadherin loss enables breast cancer metastasis through genetic mutations and epigenetic modifications
The Invisible Web: How RNA Shapes Estrogen Receptor Beta's Cancer-Fighting Network in Breast Cells
Exploring how ERβ's RNA-mediated interactome functions as a tumor suppressor in breast cancer cells and its potential therapeutic implications.
The Invisible Trail: Catching Breast Cancer's Escaping Cells on a Microscope Slide
Breakthrough CTC-DropMount technique transforms isolated circulating tumor cells into a scientist's canvas for precision analysis in breast cancer research.