Research Articles
Unlocking Epilepsy's Secrets: How Protein Networks Reveal New Treatment Avenues
Discover how integrated proteomics and protein co-expression network analysis are revealing novel epileptogenic mechanisms in mesial temporal lobe epilepsy.
The Body's Scaffolding Goes Rogue: Unraveling a New Genetic Clue in Mouth Cancer
Discover how groundbreaking research on keratin gene fusions is revolutionizing our understanding of oral squamous cell carcinoma and opening new pathways for targeted therapies.
The Genetic Architect: How a Tiny Gene Flaw Reshapes Our Bones
Discover how a single mutation in the PLS3 gene causes early-onset osteoporosis by disrupting bone formation at the cellular level.
The Hidden Molecular Landscape of Suicide: How Brain Proteins Tell a Story We're Just Learning to Read
Discover how altered protein networks in the prefrontal cortex and amygdala of suicide victims are transforming our understanding of suicide's biological underpinnings.
The Hidden Architecture: How Diabetes Rearranges Our Muscles from Within
Discover how diabetes fundamentally reorganizes the internal architecture of muscle cells through F-actin disruption and its implications for muscle function.
Richard John Haslam M.A., D. Phil. (1938–2009) - Academic Profile
A comprehensive profile of Richard John Haslam M.A., D. Phil. (1938–2009), exploring his academic contributions and legacy.
CRISPR: Rewriting the Code of Life
How a Bacterial Defense System Became Humanity's Most Precise Genetic Scissors - A comprehensive look at CRISPR-Cas9 technology
The Limits of Molecular Biology: How Far Can We—And Should We—Go?
Exploring the technical, ethical and philosophical boundaries of molecular biology from historical perspectives to modern gene editing challenges.
The Cell's Secret Code: Unlocking the Phosphoinositide Signal
Discover how phosphoinositides, tiny molecules inside your cells, control everything from thought to action through cellular signal transduction.
Harnessing Nature's Force: The Quest for Actin-Powered Nanorobots
Explore how scientists are harnessing actin polymerization to create microscopic nanorobots for medical applications and targeted drug delivery.