MicroRNA-Dependent Regulation of Olfactory Memory Formation in Drosophila

NIH RePORTER · NIH · P01 · $251,219 · view on reporter.nih.gov ↗

Abstract

Project 3 Project Leader: Davis, Ronald L. Project Summary / Abstract The goal of this research is to identify the microRNA genes in Drosophila that mediate the process of learning and memory. We will continue a large genetic screen, surveying the importance of hundreds of microRNA genes, for their participation in short-, intermediate-, and long-term memory. These efforts will identify the subset of microRNA genes that have a functional involvement in memory formation, and perhaps in different temporal phases of olfactory memory. We will also study in great detail two microRNA genes that we have already discovered to improve memory when the microRNA gene function is impaired. Because impairing the gene improves memory, the normal function of the unimpaired genes must be as “memory suppressor” genes. There are few genes known that can improve memory, so our research holds great promise for potentially identifying therapeutic targets for memory disorders. Our research studies are embedded in a large, collaborative project with other investigators who are studying microRNA genes for roles in sleep, locomotor activity, and synapse structure and function. The combined results will provide a broad understanding of how microRNAs underlie behavior through their functions in the central nervous system.

Key facts

NIH application ID
9910462
Project number
5P01NS090994-05
Recipient
HARVARD MEDICAL SCHOOL
Principal Investigator
Ronald L Davis
Activity code
P01
Funding institute
NIH
Fiscal year
2020
Award amount
$251,219
Award type
5
Project period
— → —