In a new study on stem cells, scientists at Gladstone Institute of Cardiovascular Disease have discovered a combination of genes, which can play a vital role in repairing damaged heart.
Repairing a damaged heart may soon be possible using a newly discovered gene combination developed by scientists at Gladstone Institute of Cardiovascular Disease, following their study on stem cells.
The research team led by Dr Benoit Bruneau has found that the combination of three genes can turn nonmuscle cells into beating heart cells.
"With heart disease the leading cause of death in the Western world, this is a significant first step in understanding how we might create new cells to repair a damaged heart," he added.
In the study conducted using mouse model, Bruneau and postdoctoral fellow Jun K. Takeuchi added different combinations of transcription factors to mouse cells, of which these two appeared key in pushing cells into heart cells, however, they were not enough.
Stem Cells From Fat Tissue Offer Hope for MS Treatment
A preliminary study on the use of stem cells obtained from a patient's own adipose tissue in the treatment of multiple sclerosis (MS) has shown promising results.
A preliminary study on the use of stem cells obtained from a patient's own adipose tissue in the treatment of multiple sclerosis (MS) has shown promising results.
They are a mix of transcription factors, which bind to DNA and influence gene expression, and a heart-specific chromatin-remodelling protein.
Advertisement
Researchers Identify 'Molecular Key' For Increased Success Of Stem Cell Transplants
University of British Columbia researchers have identified a 'molecular key' that has the potential to increase the success of blood stem cell transplants.
University of British Columbia researchers have identified a 'molecular key' that has the potential to increase the success of blood stem cell transplants.
Source-ANI
TAN
South Korean Scientists Use Stem Cells To Clone Pigs For Human Transplants
Scientists in South Korea have said that they have cloned a piglet whose organs were genetically modified to make them more suitable for human transplants.
Scientists in South Korea have said that they have cloned a piglet whose organs were genetically modified to make them more suitable for human transplants.
