Tiny repeated stretches of DNA in your genome may quietly shape how your body works, how your brain develops and how you ...

Researchers in Italy have simulated an agrivoltaic-powered anaerobic digestion plant for biomethane production and optimized it across eight scenarios, using vertically mounted panels in some cases ...

The problem, Zaaijer explained, is that algorithms used in precision medicine models overwhelming are built on DNA with ...

Scientists from Duke-NUS Medical School and their international collaborators have developed a new computational tool that ...

Hidden changes in our DNA could help explain why conditions affect people differently, and why treatments don't work the same for everyone.

Researchers at Academia Sinica have developed the first population-specific polygenic risk score (PRS) models for people of Han Chinese ancestry, achieving unprecedented accuracy in predicting risks ...

Understanding the shape or morphology of neurons and mapping the tree-like branches via which they receive signals from other ...

This article explores how challenges such as sequence optimization, immune activation and off-target effects are being ...

The inaugural competition surprisingly awarded two $100,000 grand prizes to address challenges in defining robust benchmarks for complex biology.

Experts at SICP 2025 outline how molecular mechanisms and bedside assessments can guide personalised treatment for ...

A new dimension of genetic variation Most tools and algorithms only look at the length of tandem repeats. Using an algorithm developed by Yuen and through expertise at The Centre for Applied Genomics ...

Developing new drugs is one of the riskiest and most expensive endeavors in science. Today, The Jackson Laboratory (JAX) ...