Research Articles
The DNA Scissors: How a Unusual Enzyme Repairs Our Genetic Code
Discover how AlkD, an unprecedented DNA repair enzyme, uses a unique nucleic acid capture mechanism to protect our genetic code from damage and prevent diseases like cancer.
Unlocking a Hidden Weapon: How a Simple Protein is Revolutionizing Ovarian Cancer Treatment
Discover how PD-L1 protein is transforming ovarian cancer treatment and serving as a prognostic factor for young women with rare ovarian germ cell tumors.
Nanotheranostics: The Tiny Warriors Revolutionizing Cancer Fight
Explore how multifunctional nanoparticles are revolutionizing cancer diagnosis and treatment through nanotheranostics - the cutting-edge field combining therapy and diagnostics.
The Hungry Liver: Unraveling the Fat Paradox of Cirrhosis
Exploring the fascinating relationship between leptin levels and lipid profiles in liver cirrhosis patients - a metabolic mystery explained.
Seeing the Invisible: The Colorful World of Polarized Light Microscopy
Explore how polarized light microscopy reveals hidden structures in materials through birefringence and interference colors.
Nature's Blueprint: Engineering New Flavonosides and Xanthonosides to Combat Cancer
Exploring the synthesis and tumor cell growth inhibitory effects of novel flavonosides and xanthonosides as promising cancer therapeutics.
Chemical Warriors: The Evolution and Revolution of Cancer Chemotherapy
Explore the journey of chemotherapy from chemical weapons to modern cancer treatment, including cellular mechanisms, breakthrough research, and future innovations.
Shining a Light on Cancer: How Tiny Gold Balls and Laser Precision Are Revolutionizing Therapy
Explore how gold nanospheres and multiphoton processes are revolutionizing cancer therapy through precise, targeted drug delivery with minimal side effects.
Nanobodies and SLANT Technology: Revolutionizing Liver Cancer Detection
Discover how nanobodies and SLANT technology are transforming liver cancer detection through advanced ImmunoPET imaging techniques.
Click Chemistry and Cancer Fighters: The Promise of Triazole Hybrid Molecules
Explore how click chemistry and 1,2,3-triazole tethered bifunctional hybrids are revolutionizing cancer treatment through innovative drug design approaches.