Research Articles
From Junk to Jewel: How Number Crunching Revealed DNA's Hidden Treasures
Discover how numerical taxonomy transformed our understanding of junk DNA and revealed hidden genetic treasures essential for mammalian development.
Gene Doping in Equine Sports: The Coming Revolution in Regulation
Exploring the ethical and regulatory challenges of genetic technologies in equine sports, including gene doping and the future of Therapeutic Use Exemption policies.
From Scissors to Searchlight: How CRISPR Evolved from Gene Editor to Indispensable Tool
Explore CRISPR's journey from controversial gene-editing tool to versatile technology reshaping medicine, agriculture, and pandemic response.
Beyond the Blue Marble: How 'Omics Technologies Are Decoding Life's Secrets in Space
Explore how 'omics technologies are revolutionizing space biology research through automated workflows and multi-omics approaches on the International Space Station and beyond.
Nature's Tiny Messengers: How Nanoparticles Are Revolutionizing Plant Genetic Engineering
Explore how nanoparticle-mediated gene transformation is revolutionizing plant genetic engineering, overcoming traditional barriers and enabling precise genetic modifications for improved crops.
The CRISPR Revolution: Editing Humanity's Future, One Embryo at a Time
Exploring the controversial claims of CRISPR-edited babies, the science behind germline editing, and the ethical implications of modifying human embryos.
The Invisible Architect: How the Mouse Xist Gene Silences an Entire Chromosome
Explore the fascinating mechanism of the mouse Xist gene and its role in X-chromosome inactivation through epigenetic regulation.
How a Single Genetic Mutation Rewrites Brain Cancer's Rulebook
Discover how the IDH1 R132H mutation transforms brain cancer cells and opens new doors for treatment through revolutionary gene-editing techniques.
Rewriting Cancer Immunotherapy: How CRISPR-Engineered NYCE T Cells Are Revolutionizing Treatment
Explore the groundbreaking first-in-human trial of CRISPR-engineered NYCE T cells for advanced multiple myeloma and sarcoma treatment.
Gene Editing in Japan: Healing with Molecular Scissors
Explore Japan's pioneering work in CRISPR gene editing technology, from regulatory frameworks to breakthrough research on genetic disorders like Down syndrome.