Explore how quantum dots are revolutionizing cancer imaging and treatment through their unique optical properties and targeted delivery capabilities.
Explore how unnatural amino acids are transforming biological research and therapeutic development through precise protein engineering and novel functionalities.
Discover how drug-surviving leukemia cells exhibit cancer stem cell-like properties, driving treatment resistance and metastasis in leukemia patients.
Exploring the complex relationship between calcium levels in the blood and cancer progression, metastasis, and treatment.
Explore how biophysical chemistry is unraveling the mysteries of protein folding through revolutionary models and experiments.
Explore how glycocholic acid-modified micelles enable oral delivery of gemcitabine for cancer therapy, overcoming bioavailability challenges through nanotechnology.
Explore how pH-sensitive nanoparticles are transforming cancer therapy by delivering drugs precisely to tumors while minimizing side effects.
Discover how double-network laminarin-boronic/alginate dynamic bioink is advancing 3D bioprinting with exceptional cell viability and structural integrity.
Explore how engineered subcellular patterns control multicellular spheroid wetting behavior and its implications for cancer research and tissue engineering.
Explore the revolutionary promise of magnetic upconversion nanoscale metal-organic frameworks (MOF composites) in cancer therapy - targeted, precise treatment that diagnoses and destroys cancer cells.