Ultrasound-Enhanced Molecular Therapy for Neurogenesis

Download document

Description

Spinal"ncord injury (SCI) impacts 200,000 Americans annually. Many of those afflicted with a SCI experience loss of sensation or motor function below the site of spinal cord injury or severed nerve. Because there is currently no effective for nerve regeneration in the central nervous system (CNS), the damage of an SCI is chronic. Page 15 of the CELT Research Abstract Booklet.

Details
Title

Ultrasound-Enhanced Molecular Therapy for Neurogenesis

Researcher

Jones, Adrian

Faculty

Damir B. Khismatullin, Ph.D.

Description

Spinal"ncord injury (SCI) impacts 200,000 Americans annually. Many of those afflicted with a SCI experience loss of sensation or motor function below the site of spinal cord injury or severed nerve. Because there is currently no effective for nerve regeneration in the central nervous system (CNS), the damage of an SCI is chronic. Page 15 of the CELT Research Abstract Booklet.

Genre

abstract or summary

Topical Subject(s)

Spinal cord--Wounds and injuries
Operative ultrasonography
Neural stimulation

Geographical Subject(s)

New Orleans (La.)

Language

eng

File Type

pdf

Identifier (local)

CELT_AB_15

Extent

page 15 of 36

Type of Resource

text

Source

The Center for Engaged Learning & Teaching, Tulane University, New Orleans, Louisiana

Place of Publication

New Orleans (La.)

Physical Location

Tulane University: Center for Engaged Learning & Teaching

Institution Website

http://celt.tulane.edu/

Rights

The materials in the Center for Engaged Learning and Teaching Research Showcase collection are made available for research and study purposes only. Any other use requires permission. Copyright is retained in accordance with U.S. copyright laws. For further information on the permissions process and guidelines, please contact celt@tulane.edu.

Contact Information

celt@tulane.edu