A child's risk for obesity is shaped by a complex interplay of factors. Learn how biology, personal habits, and external environments contribute to health.
Beyond its inhospitable surface, the search for life on Venus now centers on its atmospheric chemistry and evidence from its potentially habitable past.
Explore how genetic information is relayed from DNA to the ribosome to synthesize proteins, a fundamental biological pathway with key structural variations.
Explore the story of the cheetah's return to India, assessing the progress, challenges, and ecological implications of this landmark conservation initiative.
Learn how liver scarring develops from chronic injury. Understand this progressive condition and why addressing its root cause is key to promoting liver regeneration.
Learn how SSRIs and MDMA compete for the same pathways in the brain, altering the expected outcomes and introducing complex and unpredictable safety concerns.
Gain a clear understanding of dilated cardiomyopathy, from how it weakens the heart's pumping ability to the medical approaches used for long-term management.
Explore how ultrasonic cavitation uses low-frequency sound waves to target fat cells, which are then processed and removed by the body’s natural systems.
Explore the structural principles of nucleic acids. Learn how simple molecular building blocks assemble into the distinct and complex forms of DNA and RNA.
Explore ascarosides, the molecular signals that form a chemical language governing nematode behavior, development, and their environmental interactions.
Understand the science of guanfacine, an alpha-2 agonist. Learn how its targeted action on brain receptors produces its therapeutic effects and safety profile.
Learn how the five-membered ring of a furanose sugar provides the essential chemical framework for foundational biological molecules like DNA, RNA, and sucrose.