Functional and mechanistic analyses reveal that intranasal decoys engage phagocytic clearance beyond viral neutralization to provide effective protection, establishing immune redirection for developing broad-spectrum countermeasures against airborne viral threats.
Addictive drugs, as well as ketamine/xylazine, change the connectivity to ventral tegmental area dopamine cells, which may be related to cellular activity.
Biochemical and genetic evidence identifies ATP5I as a biguanide target, redefining biguanide action through ATP synthase regulation and assembly, mitochondrial architecture, and mitochondrial protein turnover.
Exposure of human cortical interneurons to hypoxia leads to decreased migration, a process that is likely altered in preterm infants and contributes to the increased risk for neurodevelopmental problems.
