Explore the genetic mechanism of Myotonic Dystrophy, where an expanding DNA repeat sequence influences disease severity and its pattern of inheritance.
Discover how lysine, an essential amino acid, acts as a fundamental building block for immune health and influences the body's ability to manage viral activity.
The question of Mars's habitability is complex. Explore the science examining its once-hospitable past and the challenges of sustaining life on the Red Planet.
Explore how CRISPR gene editing aims to provide a lasting treatment for hemophilia by directly correcting the faulty gene in a patient's own liver cells.
Examine the delicate balance of NMDA receptor activity, a key mechanism for brain plasticity that links cellular function to overall neurological health.
Gain insight into the medical management of ovarian stimulation, a process designed to support egg maturation through personalized protocols and careful oversight.
Explore the function of the BRCA genes in maintaining cellular stability and how an inherited alteration can compromise this vital protective mechanism.
Explore Estrogen Receptor Alpha (ERα), a protein that regulates gene expression. Understand its dual role in both maintaining health and driving certain diseases.
Discover how the intricate architecture of glycoproteins, defined by their protein scaffold and complex sugar chains, dictates their essential roles in biology.
Shifting scientific classifications can create confusion about our own species. This piece clarifies the terminology of human evolution and our status as the last surviving species of *Homo*.
Discover the PKR pathway, a central regulator of the cellular stress response that controls protein synthesis to mediate immunity, cell survival, and disease.
Explore the developmental divergence of the neural tube and neural crest, from their cellular origins to their distinct roles in forming central vs. peripheral systems.
Cell membranes feature a deliberate imbalance between their inner and outer layers. This structural asymmetry is vital for cellular function, signaling, and identity.
Delve into the genetic code that explains the remarkable diversity and beauty of orchids, from their evolutionary origins to their unique physical traits.
Discover how a common genetic marker, rs671, influences your body's ability to process certain compounds and what this means for your personal health profile.