Explore the structure, function, and regulation of Cav2.2 channels, highlighting their role in ion conductance, neuronal signaling, and physiological processes.
Explore the role of p73 in cell regulation, its interaction with the p53 family, and its impact on cancer progression through diverse cellular mechanisms.
Exploring potential links between C-sections and autism by examining maternal health, neonatal development, and broader genetic and environmental influences.
Discover the role of mucosal-associated lymphatic tissues in immune defense, their key sites, and how they interact with microbes to support overall health.
Explore how gingipains, key bacterial proteases, contribute to oral microbial balance, influence host interactions, and shape the surrounding microbial environment.
Explore how urban air pollution varies across city landscapes, influenced by emissions, weather patterns, and built environments, shaping local air quality.
Explore the theoretical basis of homeopathic solutions for tooth abscesses and the potential role of plant-based extracts, minerals, and biochemical formulas.
Explore the subtle differences between virulence and pathogenicity, examining microbial traits, host interactions, and environmental factors that shape disease outcomes.
Explore the connection between punding, dopamine regulation, and neurological pathways, highlighting its links to movement disorders and impulse control.
Learn about the side effects of VX-548, from common clinical trial reactions to rare and severe events, including potential impacts on different body systems.
Explore the diverse roles of the DPPE ligand in coordination chemistry, its structural properties, synthesis methods, and applications in catalytic processes.
Explore how brain cells and blood vessels communicate to regulate cerebral blood flow, highlighting the roles of neurons, glia, and vascular components.