Research Articles
Unlocking the Brain's Code: How Genes and Environment Shape Our Mental Health
Explore how gene-environment interactions shape brain health and mental disorders through neurobiological mechanisms and the diathesis-stress model.
How Humans Shaped Legumes: From Wild Plants to Global Staples
Explore the fascinating journey of legume domestication from wild plants to global food staples through genetics, history, and modern science.
Petunia's Genetic Secrets: From Garden Beauty to Scientific Supermodel
Discover how petunias serve as scientific supermodels for studying genetics, evolution, and plant biology through recent research breakthroughs.
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.
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.
FAN1 Splice Variants: The Missing Piece in African American Hereditary Breast Cancer?
Exploring the potential role of FAN1 splice variants in African American hereditary breast cancer and the precision medicine gap in genetic research.
CRISPR in Context: Towards a Socially Responsible Debate on Embryo Editing
Exploring the science, ethics, and societal implications of CRISPR embryo editing technology
Son of Selfish Gene: How a Revolutionary Theory is Evolving
Explore the evolution of the selfish gene theory through mathematical challenges, ant colony research, and modern evolutionary biology tools.
The Silent Engine Failure: How a Tiny Genetic Flaw Halts the Journey of Life
Discover how DNAH3 gene mutations cause male infertility by disrupting sperm motility and structure in humans and mice.
The Secret Social Network of Corn: How Your Favorite Crop Chats with the Underground
Discover how maize communicates with underground microbes through genetics, forming symbiotic relationships that could revolutionize sustainable agriculture.