A mass spectrometry fragmentation table systematically organizes fragment ion data, providing the essential clues needed to deduce a molecule's structure.
Explore the 400-million-year history of sharks, examining the evolutionary innovations and adaptations that allowed them to persist and diversify through the ages.
Acyl-homoserine lactones are chemical signals that allow bacteria to coordinate group action based on population density, influencing processes from biofilms to disease.
Explore the classification of AMPA receptors in the brain. Learn about their primary, fast-acting mechanism and their nuanced, indirect signaling capabilities.
Learn how sequential nanoscale images are computationally assembled to reveal the complete three-dimensional structure and organization of biological systems.
Discover *Panicum miliaceum*, or proso millet. This gluten-free ancient grain offers a unique profile as both a resilient crop and a versatile kitchen staple.
Delve into the atomic-level engineering that allows cells to control ion transport, a critical process governed by a precise balance of energy and structure.
Learn about the natural phenomenon of mass mayfly emergences, a temporary event driven by a unique life cycle and an indicator of a healthy aquatic ecosystem.
Explore the biological regulation of yeast cell size, a dynamic process governed by internal programming and external signals with key functional implications.
Delve into the sophisticated world of crabs to understand the drivers behind their daily actions, social structures, and unique life-cycle adaptations.
Explore how a specialized cerebellar pathway signals errors to refine our movements, guide motor learning, and help the brain process unexpected information.
Learn about asexual plant reproduction, a process that creates genetically identical offspring from a single parent, ensuring both trait consistency and shared vulnerability.
Explore the complex function of canine macrophages, essential immune cells that play a pivotal role in maintaining health and influencing disease outcomes in dogs.