Explore how diverse synaptic modifications shape neural function, from short-term changes to long-term adaptations, across development, aging, and disease.
Explore how basal ganglia connectivity influences obsessive patterns in OCD, with insights from brain imaging, neural loops, and neurotransmitter systems.
Understanding constitutively active proteins and their role in continuous cell signaling, structural factors, detection methods, and implications for disease.
Explore how nodal metastasis influences cancer progression, diagnosis, and prognosis, with insights into molecular markers and the tumor microenvironment.
Exploring how SLC6A4 gene mutations may influence serotonin regulation, genetic variation, and potential links to behavioral traits and prenatal development.
Compare nivolumab and pembrolizumab, exploring their mechanisms, clinical applications, and safety profiles to understand their roles in immunotherapy.
Explore the seismic activity of Campi Flegrei, examining earthquake patterns, geological influences, and the connections between seismicity and subsurface processes.
Explore advancements in the Czochralski process, focusing on precision control, material selection, and doping techniques for optimized single-crystal growth.
Exploring how boron-proton fusion generates alpha particles and its potential effects on biological systems, from energy distribution to molecular interactions.
Explore the diverse functions of the EPO receptor, from regulating red blood cell production to supporting cellular protection in non-hematopoietic tissues.
Explore the potential physical and emotional effects of mescaline, including common reactions and less-documented risks that may influence individual experiences.
Explore the biological mechanisms behind tamoxifen's impact on blood clot risk, including its effects on coagulation factors, platelets, and vascular function.