Research Articles
The Digital Alchemist: Simulating Matter Atom by Atom
How molecular simulation is revolutionizing our understanding of the world, one femtosecond at a time
The Hidden Code Within: How Chemical Maps and Advanced Sequencing Are Deciphering mRNA's Secrets
Explore how chemical modifications and advanced sequencing technologies are revealing mRNA's hidden regulatory code, the epitranscriptome, and its revolutionary medical applications.
The Protein Puzzle: How Scientists Are Isolating Domains to Decode Nature's Complex Molecules
Explore how segmental isotopic labeling using protein trans-splicing revolutionizes the study of multidomain proteins through NMR spectroscopy.
Placebo: Mind over Matter in Modern Medicine
Explore the fascinating science behind the placebo effect and how your brain can trigger real healing processes in the body.
The Sweet Spot of Survival: How a Growth Factor Helps Cancer Cells Thrive Under Pressure
Discover how IGF-I stimulates the xC- amino acid transporter to reduce intracellular ROS levels and promote breast cancer cell proliferation.
Structural Genomics: Protein Structures for the Masses?
Explore how structural genomics is revolutionizing our understanding of protein structures and democratizing access to molecular blueprints for scientific discovery.
Seeing the Code of Life: How Computer Graphics Revolutionized DNA Sequencing
Explore how computer graphics transformed DNA sequencing, enabling scientists to visualize complex genetic data through 2D, 3D, and knowledge graph approaches.
When the Nucleus Breaks: How Cell Migration Triggers Genetic Chaos and Opens New Avenues for Cancer Therapy
Discover how transient nuclear envelope rupture during cancer cell migration drives genomic instability and creates new therapeutic opportunities in oncology.
The Digital Vaccine: How Data Mining and Computers are Revolutionizing Immunization
Explore how databases, data mining and immunoinformatics are transforming vaccine development through computational approaches and AI-driven methodologies.
Targeting TGF-β's Cellular Accomplices: How E3 Ligases Could Revolutionize Liver Cancer Treatment
Discover how targeting TGF-β regulated E3 ligases offers a promising new therapeutic approach for primary liver cancer treatment.