Clinical Genomics

Key Takeaways: Decentralized Randomized Trials: Enable genomic research and clinical studies to be conducted remotely, increasing access and diversity of participants. Digital Technologies: Leverage tools like telemedicine, mobile apps, and…

Key Takeaways: Regulatory elements in non-coding DNA regions play critical roles in controlling gene expression and biological processes. Misregulation of enhancers, promoters, and other non-coding elements contributes to the pathogenesis…

Key Takeaways:   Human genetics research can elucidate mechanisms of disease and help identify new drug targets. Studying genetic variants linked to disease risk or drug response helps stratify patients…

Key Takeaways: Pharmaceutical development is high-risk and resource-intensive, with a 90% failure rate in clinical trials, often due to inadequate efficacy, toxicity, drug properties, or commercial viability. Incorporating human genetic…

Introduction We were promised the end to genetic diseases. All we needed to do was unlock the human genome. Unfortunately, life has a way of being more complicated than we…