Research Articles
The Purple Bacterium's Blueprint: How CvioCyc Unlocked Chromobacterium violaceum's Secrets
Explore how CvioCyc database revealed the metabolic secrets of Chromobacterium violaceum, from violacein production to biotechnological applications.
Mining Biological Data: Unearthing Nature's Digital Treasure Trove
Explore how biological data mining transforms massive datasets into life-changing discoveries through AI, machine learning, and innovative computational approaches.
The Rat Genome Database: Bridging Species to Decode Human Disease
Explore how the Rat Genome Database serves as a bridge between animal models and human disease research through comparative genomics and advanced bioinformatics tools.
Cracking the Protein Code: How Computers Are Deciphering What Proteins Do
Discover how computational methods are solving the protein function problem through structural genomics, graph neural networks, and biochemical validation.
EnzymeCAGE: The AI Decoder Unlocking Nature's Chemical Secrets
Discover EnzymeCAGE, a geometric foundation model that revolutionizes enzyme retrieval with evolutionary insights and AI-powered predictions.
Computational Biology in Malaysia: Navigating Challenges and Seizing Opportunities in a Data-Driven Era
Exploring the growth of computational biology in Malaysia, its challenges, opportunities, and future prospects in the era of big data.
The Invisible Blueprint: How Scientists Capture and Decode Gene Expression
Explore how scientists collect and process gene expression data using RNA sequencing, single-cell analysis, and computational methods to understand cellular function and disease.
Automatic Reconstruction of the Building Blocks of Molecular Interaction Networks
Explore how automated reconstruction of molecular interaction networks is revolutionizing systems biology through AI, algorithms, and biological databases.
Cracking the Genetic Code: How Physics and Chemistry Revolutionize Gene Finding
Discover how physico-chemical parameters like hydration energy and dipole moments are revolutionizing exon identification in genomics research.
From Chaos to Code: Revolutionizing High-Throughput Genome Sequencing Labs
Explore how high-throughput genome sequencing labs are transforming operations through automation, standardization, informatics, and workflow optimization.