Research Articles
Unmasking the Invisible Enemy: How Genetic Sleuthing Saves Our Crops
Discover how high-throughput sequencing revolutionizes plant virus detection and protects global food security through advanced genetic analysis.
Algorithmic Puzzles of Life: How Computer Science Decodes Our DNA
Explore how computer science and biology intersect in genome informatics to unravel the mysteries encoded in our DNA through advanced algorithms and AI.
GEPAS: The Genome Decoder - How a Web Tool Revolutionized Microarray Data Analysis
Explore how GEPAS transformed microarray data analysis, making genomic research accessible to biomedical scientists worldwide through its innovative web-based pipeline.
Molecular Scissors and the Hunt for Genetic Clues: How Smart Enzyme Choice is Revolutionizing DNA Analysis
Explore how optimized restriction enzyme selection is transforming DNA variant detection through computational biology and smart experimental design.
The DNA Detective: How Computers Learned to Predict Hidden Shapes in Our Genome
Explore how computational biologists evolved from simple pattern matching to deep neural networks to predict elusive G-quadruplex structures in our DNA.
The Invisible Social Network of Proteins: How Math Decodes Life's Conversations
Discover how kernel methods are revolutionizing our understanding of protein interactions by combining evolutionary and structural data to predict functions and interactions.
Silicon to Double Helix: How Computers Revolutionized Nucleic Acid Science
Exploring how computers transformed nucleic acid research from sequencing to DNA computing and therapeutic applications