Research Articles
Bioinformatics: A Calculated Discovery – Revisiting a Pivotal Moment in Computational Biology
Exploring the impact of the 2006 MCBIOS conference on computational biology and its lasting legacy in modern bioinformatics research.
Cracking Cancer's Shape-Shifting Code: How Computer Models Are Unlocking the Secrets of Pancreatic Cancer
Discover how genomics-informed agent-based models are revealing pancreatic cancer's ability to shape-shift and spread, opening new avenues for treatment.
Decoding Cellular Identity: The Bioinformatics Revolution in Flow Cytometry
Exploring how bioinformatics transforms flow cytometry from simple cell counting to complex cellular profiling through computational innovations.
The Code Readers: How Computers Are Deciphering Epigenetics to Revolutionize Medicine
Discover how computational epigenetics is revolutionizing medicine by decoding the hidden switchboard of life beyond DNA sequencing.
Beyond the Lab Coat: How the Face of Bioinformatics is Changing
Exploring how the definition of a bioinformatician is broadening to include data scientists, cloud engineers, and other specialists in modern biological research.
Cracking the Code of Life: Emerging Trends from a Bioinformatics Frontier
Explore the groundbreaking research presented at the 2015 MCBIOS Conference, where computational biology meets medical innovation and precision medicine.
Bioinformatics in Action: The Digital Revolution Transforming Biology
Explore how bioinformatics is revolutionizing medicine, agriculture, environmental science and more through computational analysis of biological data.
Nature's Aromatics vs. COVID-19: Computational Biology Hunting for Viral Blockers
Discover how computational biology identifies SARS-CoV-2 main protease inhibitors from natural essential oil compounds through molecular docking and dynamics simulations.
PDBench: The Report Card for Protein Design Software
Discover how PDBench provides standardized evaluation for protein design software, enabling researchers to compare computational methods and advance protein engineering.
Designing a Smarter Vaccine: How Computers Are Revolutionizing the Fight Against Cholera
Explore how computational methods are transforming vaccine development against cholera through multi-epitope vaccine design.