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Functional Effects of Human Stem Cell Delivery to Heart Muscle After Heart Attack

by Dr. Trupti Shirole on  October 21, 2016 at 6:13 AM Heart Disease News   - G J E 4
Acute myocardial infarction or heart attack is a life-threatening condition that occurs when blood flow to the heart is abruptly cut off, causing tissue damage.
 Functional Effects of Human Stem Cell Delivery to Heart Muscle After Heart Attack
Functional Effects of Human Stem Cell Delivery to Heart Muscle After Heart Attack
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Researchers delivered human stem cells seeded in biological sutures to the damaged heart muscles of rats following induced acute myocardial infarction and assessed the effects on cardiac function one week later.

‘There were changes in heart function directly in the region where scientists delivered the stem cells in heart muscle after heart attack.’
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The differences in mechanical function at a local and global level when stem cell seeded sutures were used compared to sutures without stem cells are reported in an article in BioResearch Open Access. The article is available on the BioResearch Open Access website.

The study entitled "Functional effects of Delivering Human Mesenchymal Stem Cell Seeded Biological Sutures to an Infarcted Heart" is coauthored by Katrina Hansen, Glenn Gaudette and colleagues from Worcester Polytechnic Institute (Worcester, MA), Massachusetts General Hospital (Boston, MA), and University of Arkansas for Medical Sciences (Little Rock, AR).

The researchers demonstrate changes in heart function that occur directly in the region where they delivered the stem cells. These regional functional changes were not evident with the use of non-cell seeded sutures. The authors describe how varying the concentration of stem cells used to seed the sutures and the timing of seeding affected that amount of cells seeded onto the sutures.

"This study addresses an important issue in cell therapeutics: how to deliver the cells to a specific target," says BioResearch Open Access Editor Jane Taylor, Edinburgh Medical School: Biomedical Sciences, University of Edinburgh, Scotland. "Although cardiac repair was the goal here, this work has potential applications for a whole range of other cell types and tissues."

Source: Eurekalert
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