Research Articles
Beyond the Nucleus: The Secret Lives of STAT Proteins in Cellular Organelles
Discover the non-genomic roles of STAT proteins as critical structural architects in cellular organelles, with implications for treating diseases from pulmonary hypertension to cancer.
The Pulse of Life: How Mechanical Forces Shape Our First Blood Cells
Exploring how biomechanical forces like blood flow and tissue stiffness regulate the formation of hematopoietic stem cells in embryonic development.
The Immune System's Nano-Surgeons: How Super-Resolution Microscopy Exposed a Hidden Dance of Life-and-Death Receptors
Discover how super-resolution microscopy revealed the nanoscale reorganization of NK cell receptors upon activation, reshaping our understanding of immune responses.
The Phosphoprotein Detectives: How Mass Spectrometry Is Decoding Cancer's Secret Signals
Exploring how mass spectrometry is revolutionizing breast cancer treatment by decoding c-ErbB2 phosphorylation networks
The Two Faces of Glioblastoma: How a Single Tumor Hides Multiple Identities
Exploring the genomic heterogeneity of glioblastoma through 3D mapping of tumor core versus periphery, revealing treatment-resistant subclones and clinical implications.
The Surprising Truth About Cancer Cells: When Less Oncogene Means More Danger
Groundbreaking research reveals how rhabdomyosarcoma cancer cells with lower PAX3:FOXO1 oncogene expression can be more aggressive and tumorigenic than high-expressing cells.
The pH Whisperers: How Tiny Proton Pumps Shape Male Fertility
Discover how RhoA-dependent regulation of V-ATPase proton pumps in epididymal clear cells controls sperm maturation through precise pH regulation.
The Hidden Warrior in a Chinese Herb: How Deoxypodophyllotoxin Targets Breast Cancer
Discover how Deoxypodophyllotoxin from Dysosma versipellis selectively targets breast cancer cells through dual molecular mechanisms.
The Double-Edged Sword: Unraveling the Toxicity of Polystyrene Magnetic Beads in Biomedicine
Exploring the dual nature of core-shell polystyrene magnetic beads in biomedical applications - their potential and cytotoxicity mechanisms.
The Geometry of Life: How a 14-Sided Wonder Could Revolutionize Engineering
Exploring how the tetrakaidecahedron and tensegrity principles from nature are transforming materials science and engineering