Research Articles
The Genetic Mosaic: Unraveling G6PD Deficiency Across the Arab World
Exploring the genetic epidemiology of G6PD deficiency in Arab populations, its evolutionary advantages, and clinical implications.
Digital Alchemists: How Computational Software is Revolutionizing Drug Discovery
Explore how computational software is transforming medicinal chemistry, accelerating drug discovery through virtual screening, AI, and molecular modeling.
Beyond the Bench: Celebrating the Women Who Revolutionized Medicine
Celebrating the groundbreaking contributions of women scientists in pharmaceutical sciences who transformed modern medicine through their brilliance and dedication.
The Invisible Architects: How Modeling Interfaces Builds Our World
Explore how interface modelling reveals the hidden world where materials meet, enabling breakthroughs in batteries, catalysts, and more.
The Invisible Dance: How Cellular "Junk" Domains Mastermind Gene Expression
Discover how low-complexity domains (LCDs) choreograph gene activation with precision, rewriting textbooks on genetic control.
The Molecular Dance of Clay, Water, and Acid: How a Tiny Mineral Shapes Planets and Clean Technology
Discover how sodium montmorillonite clay interacts with formic acid and water at high temperatures, revealing insights about planetary evolution and clean technology applications.
The Evolving Battle Against Lung Cancer: How 100 Landmark Studies Are Reshaping Treatment
A comprehensive analysis of the 100 most-cited NSCLC studies reveals how precision therapies and immunotherapy have transformed lung cancer treatment.
Gold's Secret Blueprint: The Au₁₃ Cluster Revolution
Discover how ultrasmall Au₁₃ clusters act as hidden architects in gold nanocrystal formation, revolutionizing nanotechnology applications.
The Great Genomic Escape: How Senescent Cells Rewire Their Heterochromatin to Survive
Exploring how senescent cells reprogram their heterochromatin to express unexpected genes, with implications for aging, cancer, and inflammation.
The Actin Architect: How 14-3-3σ Fuels Aggressive Breast Cancer Invasion
Discover how 14-3-3σ, once considered a tumor suppressor, fuels aggressive breast cancer invasion by regulating actin polymerization in basal-like subtypes.