Explore the complex biology of the cow rumen, a system where a symbiotic microbiome converts otherwise indigestible plant fiber into life-sustaining energy.
Explore how decoding the genetic material of microbes provides foundational knowledge that drives crucial advances in medicine, industry, and environmental science.
Examine the biology of land-dwelling crustaceans often misidentified as shrimp, exploring their classification and adaptations for life outside an aquatic home.
Explore the biotechnology behind using plants as vaccine delivery systems, from the underlying genetic science to the body's resulting immune response.
Learn how fluctuations in a key hormone can influence the brain's mood-regulating chemistry, and understand this connection's role in emotional health.
Learn how sequencing the human genetic blueprint created a new foundation for biology and medicine, altering our view of disease and its social context.
Explore how a vanadium compound's resemblance to phosphate allows scientists to manipulate cellular machinery and gain insight into biological regulation.
Explore the cellular stress response that balances adaptation against programmed cell death, a molecular decision with major implications for health and disease.
Beyond rest, sleep quality is closely linked to the hormonal balance essential for conception. Learn how your sleep may influence early pregnancy success.
Understand the delicate balance of trace metals in the body. This article examines their role in our health and the consequences of an internal imbalance.
Visualizing how DNA is packaged around histone proteins offers a deeper insight into the physical mechanisms that control access to genetic information.
Explore how certain antigens bypass T cells to directly activate antibody production, a distinct immune mechanism crucial for vaccines and fighting bacterial infections.
Explore the SHANK3 gene's role in synaptic function and its connection to the genetic basis of neurodevelopmental conditions like autism spectrum disorder.