Research Articles
The Double Life of TIM-1: How Sensing Cell Death Triggers Asthma—and How Scientists Are Silencing It
Discover how TIM-1 protein senses dying lung cells to trigger non-allergic asthma and the groundbreaking research to silence this pathway.
The Gene Therapy Gap: Why Cutting-Edge Science Needs Public Trust to Revolutionize Medicine
Exploring the disconnect between scientific progress in gene therapy and public acceptance, with data-driven insights into perceptions and strategies to bridge the gap.
The BRCA1 Enigma: How a Molecular Handshake Outshines an Enzyme in Cancer Prevention
Discover how BRCA1's BRCT domains, not its E3 ligase activity, are crucial for tumor suppression through phosphoprotein binding and DNA repair.
The Invisible Architects: How Single-Cell Tech Reveals the Blueprint of Life from Egg to Embryo
Exploring how single-cell technologies are revolutionizing our understanding of early embryonic development from oocyte to blastocyst.
The CRISPR Crossroads: Who Decides the Future of Our Genes?
Exploring the political and ethical dimensions of CRISPR gene editing technology and its governance challenges.
The Silent Saboteur: How Environmental Stress Reshapes Our Food and Health
Exploring how environmental stress transforms food safety, nutrition, and health through biochemical, genetic and epigenetic mechanisms.
The Silent Beam Revolution: How Focused Ultrasound is Reshaping Medicine
Explore how High-Intensity Focused Ultrasound (HIFU) is transforming medicine with non-invasive treatments for cancer, neurological disorders, and more.
Worm Engineers: How Tiny Nematodes are Training the Next Generation of CRISPR Scientists
Discover how C. elegans CRISPR training modules are transforming summer research experiences for high school and undergraduate students in molecular biology.
Unlocking T Cell Secrets: How Retroviral Vectors Power Immune Cell Engineering
Explore how retroviral vectors and TCR transgenic mice revolutionize immune cell engineering for cancer immunotherapy and disease research.
The Genetic Scalpel: How CRISPR is Rewriting Cancer's Code
Explore how CRISPR-Cas9 gene editing is revolutionizing cancer treatment through precision genetic modifications, immunotherapy enhancements, and clinical breakthroughs.