Research Articles
When DNA Whispers: Decoding Life's Hidden Messages in the Midnight Lab
Exploring the challenges and breakthroughs in DNA sequence annotation, from ENCODE project revelations to cutting-edge computational biology techniques.
Digital Alchemists: How Software is Revolutionizing the Hunt for New Medicines
Explore how computational software is transforming medicinal chemistry, accelerating drug discovery through molecular docking, dynamics simulations, and AI-powered design.
TEAK: The Digital Architect Revolutionizing Biological Network Analysis
Discover how TEAK transforms biological data analysis with its innovative network reconstruction and query capabilities for gene interaction research.
The Secret Language of Plants: Decoding the Transcriptome
Exploring how transcriptomics reveals the hidden language of plants, from stress responses to breeding climate-resilient crops.
The Digital Lab: How Computational Biology Saved Pandemic Science Education
How computational biology transformed science education during COVID-19 lockdowns, enabling remote research and creating new learning models.
The Crystal Compass: Navigating Drug Discovery with Structural Biology
Exploring how crystallography core facilities accelerate drug discovery through structural biology techniques and cutting-edge technologies.
The Invisible Lock: How a Deadly Toxin Meets Its Match in Brain Cells
Research on how tetrodotoxin (TTX) interacts with Nav1.2 sodium channels in brain cells, revealing molecular mechanisms of blockade and resistance.
Decoding the Invisible: How Toxicogenomics Reveals What Chemicals Do Inside Us
How toxicogenomics reveals the hidden effects of chemicals on human biology through genomic technologies
Silicon to Synapses: How Biological Computation is Rewiring the Future of Engineered Systems
Exploring how biological computation is revolutionizing engineered systems beyond silicon limitations
The Digital Alchemist: How In-Silico Methods Are Revolutionizing Drug Discovery
How computational methods are transforming drug discovery after traditional in-vivo and in-vitro approaches