Research Articles
Nature's Arsenal: How Plant Compounds Are Revolutionizing Breast Cancer Care
Explore how natural compounds from soy, green tea, and flaxseed combat breast cancer through sophisticated molecular mechanisms and clinical evidence.
Catching Cancer's Whisper: A Tiny Tool for a Giant Leap in Breast Cancer Fight
Discover how a revolutionary 'space-for-time' strategy using single-cell ICP-MS is transforming breast cancer research by enabling high-throughput miRNA quantification for faster drug development.
The Double-Edged Sword: Crafting a Molecular Assassin to Outsmart Breast Cancer
Discover how synthetic Epoxy–Phenanthridine–Triazole Conjugates deliver a devastating one-two punch to breast cancer cells by inducing dual redox imbalance and metabolic remodeling.
Breaking Cancer's Shield: How Targeting a Metabolic Enzyme Could Revolutionize Breast Cancer Treatment
Discover how blocking G6PD enzyme enhances breast cancer treatment effectiveness by disrupting cellular recycling mechanisms and overcoming drug resistance.
Disarming Breast Cancer: How Targeting Cell Survival Proteins Could Overcome Treatment Resistance
Exploring the groundbreaking science behind combination therapies targeting IAP proteins and ErbB receptors in breast cancer treatment.
The Enemy's New Shield: How a Mutated Estrogen Receptor Thwarts Chemotherapy in Breast Cancer
Discover how ESR1 mutations in breast cancer create resistance to chemotherapy through the JNK/c-Jun/MDR1 pathway and the promising new treatment strategies emerging from this research.
How a Tiny Molecule Fuels Breast Cancer: The miR-301b-3p and HOXA5 Story
Discover how miR-301b-3p promotes breast cancer by silencing protective genes like HOXA5, and explore the diagnostic and therapeutic potential of this discovery.
Unmasking a Cellular Villain: How a Tiny "Brake Failure" Fuels Breast Cancer
Discover how the PTP1B protein and miR-193a-3p microRNA interact in breast cancer progression and the promising research behind potential new treatments.
The Cellular Tug-of-War: How Two Genes Dictate the Fate of Breast Cancer Cells
Explore the intricate relationship between cyclin D1 and Rb gene expression with apoptosis in invasive breast cancer. Discover how this molecular battle shapes cancer progression and treatment.
The Cellular Conspiracy: How Cancer Cells Hijack Communication Networks in Breast Cancer
Exploring the intricate interplay between receptor tyrosine kinases and estrogen receptor through the Ras/Raf-1/MAPK pathway in breast cancer progression and treatment.