Understand the connection between prenatal factors, fetal growth, and a baby's weight, and its impact on both immediate newborn care and long-term health.
Understand ADNP syndrome, from its genetic origins in a key brain-development gene to the supportive care that helps manage its effects on development.
Explore Wolbachia, a natural bacterium that lives inside insects and alters their biology, providing a unique method for preventing mosquito-borne illness.
Understand the science of *Streptococcus mutans*, a common oral bacterium. Learn how an imbalance in your oral environment allows it to cause tooth decay.
Learn the biological function of the BCMA protein and how its increased presence on certain cancer cells allows for the development of highly specific therapies.
As a common substitute for BPA, Bisphenol S is now widespread. We examine the scientific evidence on its safety and potential effects as an endocrine disruptor.
When smaller lesions appear near an original one, they provide key information about a health condition's nature and progression. Learn what they signify.
Learn about apocrine metaplasia, a common and benign transformation of breast cells often found incidentally, and what it signifies for your long-term health.
Learn about chronic osteomyelitis, a persistent bone infection requiring a comprehensive approach to diagnosis and a combination of medical and surgical management.
Explore how aggregating human genetic data into a public reference provides the critical context needed to assess the significance of individual genetic variants.
Explore germ cell cancer, from its origin in reproductive cells to the diagnostic journey and highly effective treatments that lead to a favorable prognosis.
Learn what defines saline water, from its varying concentrations of salt to its presence in diverse global ecosystems and its significance for human use.
While high cholesterol is well-known, low lipid levels also carry health implications. Discover how hypolipidemia is evaluated and managed by addressing its cause.
Learn how this simple bedside tool helps clinicians stratify risk in patients with infection, identifying those who need urgent evaluation for organ dysfunction.
Delve into the biology of a bacterium visible to the naked eye, examining the unique cellular adaptations that allow for its remarkable size and survival.
Explore Lake Tanganyika, where ancient geology and isolation created a natural laboratory for evolution, resulting in hundreds of unique aquatic species.
Gain a clear understanding of how purgatives function to empty the bowels, their specific medical uses, and the necessary precautions for safe administration.
Gain a clear understanding of nemaline myopathy, from the underlying muscle protein genetics to the comprehensive strategies that support daily function.