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Abstract

Grant Number: 1R41MH076332-01
Project Title: Micro-Targeting Capillary Ballistic Delivery System
PI Information:NameEmailTitle
SCHULTZ, DAVID davsch1@pacbell.net VICE-PRESIDENT

Abstract: Methods for the delivery of therapeutics, tracking dyes, genes and other substances into complex neural tissue, organotypic cultures and cell types are limited in their effectiveness. The biolistic process, based upon acceleration of carrier particles to sufficient velocity, has recently been shown to be a relatively effectual delivery method for neuronal systems. However, cell damage and tissue death mediated by the current delivery instruments minimize more wide-spread use of this process, especially for clinical applications. Our long-term objective, in collaboration with our STTR partner, is to develop a novel ballistic delivery system that is based on MEMS devices. The system will be safe, reproducible, rapid-firing and deliver a controlled number of carrier particles to micro-targeted areas, with a specified spatial pattern, within neural tissues and cells with minimal induced trauma. The specific aims are to build an integrated system that combines an improved version of our prototype capillary ballistic delivery device (CBDD), that accelerates the delivery particles to a high velocity, with a novel carrier particle injection device, and thereby demonstrate the efficacy of the system for the delivery of genes and dyes to organotypic brain slices and neuronal tissue culture cells. The use of this system will aid neurobiologists in their understanding of brain development and function, and be a valuable tool for medical researchers for the delivery of diagnostic and therapeutic compounds.

Thesaurus Terms:
biomedical equipment development, drug delivery system, fluorescent dye /probe, gene delivery system, microinjection, miniature biomedical equipment, reagent /indicator, technology /technique development, transfection
glia, gold, laser, molecular probe, neuron, reporter gene
biotechnology, laboratory rat, molecular /cellular imaging, organ culture, tissue /cell culture

Institution: SEASHELL TECHNOLOGY, LLC
3252 HOLIDAY CT, STE 115
LA JOLLA, CA 920371808
Fiscal Year: 2006
Department:
Project Start: 01-APR-2006
Project End: 31-MAR-2008
ICD: NATIONAL INSTITUTE OF MENTAL HEALTH
IRG: ZRG1


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