Research Articles
The Cantharidin Code: Decoding a Thousand Years of Blister Beetle Science Through Big Data
A comprehensive analysis of global cantharidin research trends through bibliometric data and cutting-edge scientific discoveries.
Decoding Cancer's Secret Blueprint: How 2-D Protein Mapping is Revolutionizing Precision Medicine
Discover how 2-D protein mapping technologies are transforming cancer diagnosis and treatment by revealing molecular vulnerabilities in tumors.
Unlocking Vision: How Bacteria Brewed a Breakthrough in Eye Science
Discover how scientists reprogrammed E. coli bacteria to mass-produce functional PDE6γ, revolutionizing vision research and our understanding of phototransduction.
Rewiring the Body's Betrayers: How Old Drugs Offer New Hope Against Prostate Cancer's Bone Invasion
Exploring drug repurposing strategies targeting M2 macrophages in castration-resistant prostate cancer bone metastases through transcriptomics and network analysis.
The Nano-Roughness Revolution: How Selenium Surfaces Are Transforming Cancer Orthopedics
Breakthrough research on nanostructured selenium compacts that simultaneously accelerate bone regeneration and suppress cancer resurgence in orthopedic implants.
Indane Scaffolds: Nature's Blueprint for Next-Gen Cancer Therapies
Exploring the potential of indane scaffolds as next-generation cancer therapies through targeted molecular mechanisms and innovative drug design.
The Crimson Cloak: How Disguised Nanoparticles Are Revolutionizing Breast Cancer Imaging
Discover how red blood cell membrane-coated nanoparticles are transforming triple-negative breast cancer imaging through advanced bioengineering techniques.
Zinc Warriors: How Metal-Dipicolylamine Complexes Are Revolutionizing Biomedicine
Exploring the groundbreaking applications of metal-dipicolylamine complexes in cancer therapy, antimicrobial treatments, and diagnostic sensors.
The Triazole Transformation: How a Simple Chemical Twist Could Revolutionize Cancer Therapy
Exploring how aldehyde and nitro modifications to 1,2,3-triazole compounds enhance their anticancer properties through cell line studies and in silico analysis.
Shattering Cancer's Skeleton: How a New Drug Turns Old Chemo into a Superweapon
Discover how Anisina, a first-in-class drug targeting cancer's cytoskeleton, enhances chemotherapy effectiveness by 20-fold in neuroblastoma treatment.