Research Articles
The Double Helix and the Digital Frontier: Computational Biology's Rise in Malaysia
Exploring Malaysia's journey in computational biology, its challenges, opportunities, and groundbreaking research in precision medicine and biodiversity.
The Hidden Genetic Hijack: When Gene Drives Change Their Target
Exploring the phenomenon of retargeting in endonuclease-based gene drives and its implications for genetic engineering
The Invisible Battlefield: How Basic Science Uncovers Pathogens' Secret Weapons
Exploring how basic science research reveals the mechanisms of pathogenesis and leads to medical breakthroughs.
The Spatial Omics Revolution Gets Smarter: Meet SMODEL, the Ensemble Maestro Mapping Tissue Complexity
Discover SMODEL, a revolutionary spatial omics algorithm that integrates multi-omics data to reveal tissue complexity with unprecedented clarity.
The miR-21 Trap: How a Molecular Bait Is Revolutionizing Cancer Therapy
Discover how AC1MMYR2, a novel inhibitor of miR-21 biogenesis, is transforming cancer therapy by targeting the most consistently overexpressed oncomir in human cancers.
Decoding CML's Genetic Secrets: How a Blood Test Could Predict Treatment Success
Exploring how pretreatment gene expression signatures can predict treatment success in Chronic Myeloid Leukemia (CML) patients before therapy begins.
The Silent Revolution: How RNA Interference is Rewriting Medicine's Future
Explore how RNA interference (RNAi) is transforming medicine with Nobel Prize-winning technology that silences disease-causing genes at their source.
The Circular RNA Revolution: How a Tiny Ring Reshapes Our Brain
Discover how circular RNAs, particularly Cdr1as, play crucial roles in brain function through miRNA regulation and synaptic activity.
The Silent Saboteur: How a Tiny RNA Molecule Drives Aggressive Leukemia
Discover how U1 spliceosomal RNA mutations drive aggressive leukemia through splicing dysregulation and their potential as therapeutic targets.
The Invisible Scissors: Mapping DPP4's Hidden Universe of Peptide Targets
Discover how peptidomics is revolutionizing our understanding of DPP4's role in human health by mapping its hidden peptide targets.