California Institute of Technology
Research on cellular and molecular basis of synaptic plasticity in the nervous system, especially as it relates to learning and memory.
Research on cellular and molecular basis of synaptic plasticity in the nervous system, especially as it relates to learning and memory.
To provide 45 doubly handicapped or cognitively impaired children and their families with intensive in-home support after hospitalization.
Research on the interaction of lineage and environment during embryogenesis to determine phenotype.
To support research on the molecular mechanisms underlying olfactory perception and neurodevelopment.
To support research on neural and cognitive defects in dysphasic children by Karin Stromswold, MD, PhD.
Research on the role of nitric oxide in childhood hypoxic-ischemic injury.
Research on mammalian central nervous system development.
Research on the characterization of the structure and function of Tes-1, a homeobox-containing gene expressed in the embryonic forebrain.
To support research by Gregory MacDonald, MD.
To support research on hormonal effects on neural development in Drosophila by Linda Restifo, MD, PhD.