Understand single nucleotide variants, the common genetic changes that shape our individual biology, from susceptibility to disease to our ancestral origins.
Antagomirs are synthetic molecules engineered to precisely inhibit microRNA, providing a targeted tool for investigating gene regulation and its role in disease.
An overview of the Cryptosporidium parasite in cattle, explaining its impact on calf health and its persistence through environmental and animal reservoirs.
Learn about the essential transformations that convert an initial RNA transcript into a mature, functional tRNA, a key component for accurate protein synthesis.
Expectant fathers often gain weight during pregnancy. Explore the blend of shared lifestyle habits, new anxieties, and subtle biological shifts that contribute to it.
Learn how mycobactin's function in bacterial iron acquisition is central to disease and provides unique opportunities for diagnosis and treatment research.
Your DNA test reveals a story. Uncover the foundational genetic signature of the Iranian Plateau and the complex layers of history that shape Persian ancestry.
Explore the biological drivers of glioblastoma progression, from its unique infiltrative nature to the key molecular markers that determine its course.
Understand the molecular process of creating DNA from an RNA template, a mechanism central to viral replication, cell longevity, and modern diagnostics.
Explore Sjögren's syndrome, a systemic autoimmune disorder. Understand the condition's impact beyond dryness and learn about the path from diagnosis to management.
Learn about the muscle at the base of your skull and its link to scalp tension. Find out how modern habits can strain this area and lead to discomfort.
Collagen Type V is a regulatory protein that organizes how tissues are structured. Deficiencies in this protein are linked to specific genetic conditions.
Understand Fowler's syndrome, a functional cause of urinary retention in young women, from its physiological origin in the urethral sphincter to effective treatments.
Discover how our methods for growing food, building cities, and managing waste impact the physical composition and chemical health of the world's soils.