Latest Articles

Explore how oligonucleotides are reshaping therapeutics, diagnostics and CRISPR with rapid, scalable and personalized solutions across biotech.

Addressing critical proteomics challenges in the lab, including robust sample preparation, managing batch effects in experimental design, and ensuring data quality integrity for reliable results.

DNA sequencing alone misses many disease dynamics. Researchers are turning to epigenomic profiling, especially the biomarker 5hmC, to track active gene regulation through blood samples.

In celebration and support of UK Black History Month and this year’s theme, “Standing Firm in Power and Pride,” this article explores diversity in science and how it shapes who leads research and who benefits from it.

Experts at ASHG 2025 will tackle clinical and genetic research challenges on sex, gender and sexuality, exploring ethics, advocacy and inclusion.

ADHD affects millions across the lifespan, disrupting school, work and relationships. Once seen as a childhood disorder, it’s now recognized as lifelong. New research reveals genetic, biological and environmental roots.

The article highlights how large-scale and longitudinal studies, wearables and national data initiatives are advancing multiomics research to improve disease prediction and prevention.

In a recent editorial, Professor Timmis and colleagues issued a call to action: restore the science ethos, re-establish quality as the cornerstone of research publishing and work collectively to dismantle the systems that incentivize poor practice.

UC Davis researcher Dr. Hiromi Tajima explains how CRISPR-edited wheat boosts natural apigenin to promote nitrogen fixation, reducing fertilizer reliance. The discussion covers how gene editing differs from GMOs.

In this interview with Professors Itai Yanai and Martin Lercher, explore how night science brings creativity, ideation and collaboration back into the heart of modern science.