Research Articles
The Cellular Mix-Tape: How One Gene Can Make Many Masterpieces
Discover how alternative splicing allows a single gene to produce multiple proteins and the sophisticated workflow required to detect these cellular masterpieces.
Digital Defenders: How Computers Are Decoding Our Immune System
Explore how computational immunology is revolutionizing our understanding of the immune system through advanced algorithms, simulations, and data analysis.
The Genetic Director's Cut: How Your Cells Choose the Story Your DNA Tells
Discover how alternative splicing allows cells to create protein diversity from the same DNA script through advanced detection workflows combining sample prep and bioinformatics.
The Cell's Master Edit: Cracking the Code of Alternative Splicing
Discover how alternative splicing allows a single gene to produce thousands of different proteins and the sophisticated workflow scientists use to detect these variations.
The New Biology: How Computers and AI Are Revolutionizing Life Sciences
Explore how biology is transforming through integration with computer science, AI, and engineering to understand complex biological systems and develop revolutionary treatments.
When Computers Learn Biology: How the 2018 MCBIOS Conference is Revolutionizing Science
Explore how the 2018 MCBIOS Conference is transforming computational biology through big data, AI, and innovative research approaches.
Cracking the Cell's Code: The Delicate Dance of Finding Genes' Secret Shapes
Explore the fascinating world of alternative splicing detection and how scientists decode genetic complexity through advanced workflows.
The Art and Science of Scientific Storytelling: Behind the Scenes of BITS 2019 Oral Communications
Exploring the architecture of scientific communication at BITS 2019, from abstract selection to presentation design and its impact on research collaboration.