Research Articles
The Blueprint of a Healthy Bladder: Decoding the Urothelial Proteome
Explore the proteomic expression profile of normal urothelium and its significance in understanding bladder health and disease.
Bioinformatics Patents: How AI is Revolutionizing Drug Discovery
Explore how bioinformatics patents and AI technologies are transforming drug discovery, accelerating development timelines, and reshaping pharmaceutical research.
The Secret Defenders of Wheat: How Tiny Proteins Protect Our Daily Bread
Discover how wheat defensins, nature's microscopic defenders, protect our food supply through bioinformatics and genetic research.
Cracking Cancer's Code: The AI That Finds Hidden Patterns in Our Genes
How biclustering with multi-objective differential evolution algorithms is pinpointing the biological roots of disease with unprecedented precision.
The Pushy Invader: How a "Scaffolding" Protein Helps Lung Cancer Spread
Discover how Type V collagen promotes lung adenocarcinoma metastasis by regulating tumor mechanical stress and its implications for prognosis and therapeutic strategies.
Proteomics: Decoding Life's Dynamic Machinery
Explore the fascinating world of proteomics - the study of proteins that reveals what is actually happening within your cells right now.
The Silkworm's Secret: How an Ancient Leaf is Fighting a Silent Kidney Killer
Discover how mulberry leaves combat renal fibrosis through ERK1/2 signaling pathway inhibition, validated by network pharmacology and cellular experiments.
The Cellular Architects: How Tiny RNA Molecules Build Our Skeleton
Discover how microRNAs guide stem cells to become bone-forming cells in this fascinating exploration of osteogenic differentiation.
Cracking the Genetic Code: The Molecular Detective Work Behind Bleeding Disorders
Explore the fascinating science of molecular diagnosis for inherited bleeding disorders and how genetic sequencing is revolutionizing diagnosis and treatment.
The Digital Molecule Hunt: How Computers are Forging New Weapons Against Cancer
Discover how computational biologists are using in silico methods to design multi-target CDK inhibitors against cancer proteins BCL2, TS, and mTOR.