Research Articles
Cracking the Tunisian Genetic Code: A First Glimpse into Cystic Fibrosis
Groundbreaking research on the IVS6A GATT polymorphism's association with Cystic Fibrosis in the Tunisian population
The Modern Mammalogist: From Ancient Bones to DNA
Explore the evolution of mammalogy from ancient observation to modern high-tech science, including paleontological discoveries, research methodologies, and scientific tools.
Cracking the Spinal Code: How Scientists are Mapping the Neurons of Movement and Sensation
Discover how conserved genetic signatures are revolutionizing our understanding of spinal cord neurons and their role in movement and sensation.
The Limits of Molecular Biology: How Far Can We—And Should We—Go?
Exploring the scientific, ethical and philosophical boundaries of molecular biology research and its implications for humanity.
Unlocking Ancient DNA: How Paleogenomics Is Rewriting Human History
Explore how paleogenomics is revolutionizing our understanding of human history through ancient DNA analysis, from Neanderthals to million-year-old mammoths.
The Science of Barley: From Ancient Grain to Modern Marvel
Explore how modern genetics is transforming barley, one of humanity's oldest cultivated grains, to meet the challenges of a changing climate.
Ecological Genomics: The Secret Language of Genes Shaped by Nature
Explore how ecological genomics bridges the gap between genetics and ecology, revealing how genes and environments interact to shape life's diversity.
The Genetic Scissors: How CRISPR-Cas9 is Rewriting the Code of Life
Explore the revolutionary CRISPR-Cas9 gene editing technology, its mechanisms, applications, and ethical implications in modern medicine and biology.
From DNA to Diversity: The Genetic Revolution Rewriting Animal Evolution
Explore how evolutionary developmental biology reveals the genetic toolkit behind animal diversity through Hox genes, regulatory DNA, and molecular experiments.
The Unseen Architects: How Life's Internal Machinery Shapes Its Own Evolution
Explore how internal factors like developmental constraints, genetic drift, and evolutionary capacitors shape evolution alongside natural selection.