Progressively shortening telomeres—the protective caps on the end of chromosomes—may be responsible for the weakened, enlarged hearts that kill many sufferers of Duchenne muscular dystrophy, according to a study by researchers ...
Oct 31, 2016
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8
Heart muscle cells made from induced pluripotent stem cells faithfully mirror the expression patterns of key genes in the donor's native heart tissue, according to researchers at the Stanford University School of Medicine. ...
Aug 18, 2016
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The impact of a high level of sugar intake on heart health will come under scrutiny this year in a new research project probing the link between fructose and diabetes.
Jul 12, 2016
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3
A blood test that leads to the rejection of donor hearts may be unnecessary in predicting whether a heart transplant will succeed or fail, according to new research in Circulation: Heart Failure, an American Heart Association ...
Jun 21, 2016
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3
Cancer patients who receive a particular type of chemotherapy called doxorubicin run a risk of sustaining severe, lasting heart damage. But it is not possible to predict who is likely to experience this serious side effect. ...
Apr 18, 2016
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The key objective of the EU-funded CARE-MI project, which was completed in September 2015, was to evaluate the safety and efficacy of AlloCSC-01, a suspension of allogeneic human cardiac stem cells (CSCs) in patients who ...
Nov 25, 2015
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12
Analysis of blood samples from more than 5,000 people suggests that a more sensitive version of a blood test long used to verify heart muscle damage from heart attacks could also identify people on their way to developing ...
Aug 26, 2015
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44
One of the master regulators of the heart's response to injury has been identified, thanks to a Singaporean research collaboration. This regulator could ultimately be used to assess the degree of damage in heart attack patients ...
Aug 26, 2015
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6
New research has revealed how a drug commonly used after transplant operations could limit some of the heart damage caused by a heart attack, in a study from Newcastle University.
Jul 15, 2015
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60
Working with heart muscle cells from diabetic rats, scientists at Johns Hopkins have located what they say is the epicenter of mischief wreaked by too much blood sugar and used a sugar-gobbling enzyme to restore normal function ...
Jun 25, 2015
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