Research Articles
The Alkaloid Arsenal: How Ancient Plants Might Help Conquer COVID-19
Computational analysis reveals alkaloids from medicinal plants as potent inhibitors of SARS-CoV-2 main protease (Mpro)
The Genomic Revolution Unleashed: How MADS-Box Genes Shape Life from Flowers to Medicine
Exploring how MADS-box genes govern processes from flower formation to human metabolic diseases, and their potential applications in medicine and agriculture.
The Invisible Shield: How Cherry Cuticle Genes Could Revolutionize Fruit Farming
Discover how cherry cuticle genes could solve the billion-dollar problem of fruit cracking in agriculture through cutting-edge genomics.
H9N2 Avian Influenza: The Stealth Incubator of the Next Pandemic?
Exploring the dual threat of H9N2 avian influenza as both direct human pathogen and genetic catalyst for more dangerous strains
The Silent Editors: How RNA Tweaks Drive Glioblastoma's Deadly Agenda
Exploring how RNA editing enzymes orchestrate glioblastoma's aggression and the potential for targeted therapies
The Immune Gene Hunt: Decoding Osteoarthritis' Hidden Triggers
Discover how immune-related genes contribute to osteoarthritis through advanced bioinformatics and machine learning approaches.
The Genetic Chameleon: How the Mitf Gene Shapes Color Across the Animal Kingdom
Exploring how the Mitf gene shapes color across species through bioinformatics analysis and comparative genomics
The Protein Detectives: How Proteomics is Decoding Cancer's Hidden Secrets
Exploring how proteomics is revolutionizing cancer detection and treatment through protein analysis and biomarker discovery.
Unlocking Hidden Health Secrets: How AI Reads Between the Lines of Veterans' Medical Records
Discover how Natural Language Processing (NLP) is transforming veteran healthcare by extracting phenotypic characteristics from VA electronic health records for clinical and research purposes.
Cells That Dance to Asymmetry's Tune: How Tiny Pillars Are Revolutionizing Cell Control
Discover how Janus micropillar arrays are transforming cell research by guiding polarized migration and division through adhesion anisotropy.