Research
Anthony Ariza’s research explores the molecular and cellular mechanisms underlying brain function, neurological disorders, and cognitive dysfunction. His work integrates experimental neuroscience, neurochemistry, and translational biomedical research to investigate synaptic signalling, receptor regulation, neuroinflammation, and emerging questions in molecular evolution and genomics.
Research Interests
Receptor Trafficking
Neuroinflammation
Neurological Disorders
Addiction
Learning and Memory
Molecular Evolution
Neurochemistry
Research Lines
Molecular Mechanisms of Neurological Disorders
Investigating receptor trafficking, synaptic regulation, and intracellular signalling pathways involved in cognitive dysfunction, neuroinflammation, and neurological disease. This line integrates molecular neuroscience and translational approaches to better understand mechanisms associated with brain dysfunction.
Evolutionary Genomics and Conserved Molecular Pathways
Exploring genes and regulatory elements that remain evolutionarily conserved across populations and species, with emphasis on molecular pathways associated with brain function, adaptation, and neurological disorders.
Anthony Ariza 