Explore the complex relationship between isoflavones, estrogen receptors, and breast cancer through proteomics and personalized medicine approaches.
Explore how Rho GTPases orchestrate breast cancer progression and metastasis, with insights into research methods and therapeutic strategies.
Explore how RNA sequencing is transforming our understanding of triple-negative breast cancer, revealing distinct molecular subtypes and enabling personalized treatment approaches.
Discover how FBXL10 regulates SNAI1 acetylation to drive breast cancer metastasis through EMT. Explore the molecular mechanisms and therapeutic implications.
Exploring the revolutionary discovery that AKT isoforms play opposing roles in breast cancer metastasis, challenging conventional cancer treatment approaches.
Exploring the role of Nek2 protein in centrosome duplication, aneuploidy, and breast cancer progression - a comprehensive scientific overview.
Explore how SWATH proteomics is revolutionizing breast cancer research by mapping the protein networks driving metastasis and enabling personalized treatment approaches.
Explore the dual nature of PDLIM2 protein in breast cancer - how phosphorylation acts as a molecular switch between tumor suppressor and promoter roles.
Exploring the acute cytotoxic effects of TiO2 nanoparticles on MCF-7 breast cancer cells and their implications for nanotechnology safety.
Explore how Nup88 and LINC complex proteins contribute to breast cancer metastasis through cellular navigation systems gone wrong.