Research Articles
CRISPR vs. COVID-19: How Gene-Editing Technology Became a Pandemic Detective
Explore how CRISPR gene-editing technology was repurposed to create rapid, accurate COVID-19 tests during the global pandemic.
The Hidden Cost of Saving Lives: How Newborn Screening Unfairly Burdens Vulnerable Communities
Exploring the disproportionate burdens that newborn screening places on underserved communities and promising solutions for more equitable healthcare.
CRISPR in the COVID-19 Fight: Beyond Gene Editing
Explore how CRISPR technology revolutionized COVID-19 diagnostics, offering rapid, accurate detection of SARS-CoV-2 and its variants beyond traditional gene editing applications.
How Women Are Shaping Our Health Before We're Even Born
Exploring how pioneering women scientists are advancing the Developmental Origins of Health and Disease field and revolutionizing our understanding of lifelong health.
The Gene Scissors: How CRISPR is Rewriting the Code of Life
Explore how CRISPR gene editing technology is revolutionizing medicine, from curing genetic diseases to creating personalized therapies.
Cracking the Code of Student Research: What Makes an AP Research Paper Stand Out?
An in-depth analysis of AP Research samples from the 2019 exam administration, exploring what makes high-scoring student research papers successful.
How a Single Genetic Change in the Ancient Human Brain Set Us Apart
Discover how a single genetic variant in the NOVA1 gene may have shaped the modern human brain and cognition through revolutionary organoid research.
The Jekyll and Hyde Enzyme: How a Liver Protein Decides Between Repair and Ruin
Exploring the dual role of FMO3 gene expression in liver injury - from protective mechanisms to pathological damage
Rewriting the Future of Joints: CRISPR Gene Editing for Osteoarthritis
Explore how CRISPR-Cas9 gene editing technology could revolutionize osteoarthritis treatment by targeting genetic drivers of joint degeneration.
The Epigenetic Switch: Rewriting Our Cellular Memory
Explore how scientists are learning to induce DNA methylation where it wasn't before, reprogramming cells without altering DNA sequences.