Tag Archives: Heart disease

Florida Woman with Lung Disease (COPD) Off Oxygen After Adult Stem Cell Therapy

Stem Cell Research for COPD
Thanks to stem cell research, a Florida female smoker, Barbara Mckean who was on oxygen 24 hours per day before stem cell therapy using her own Adult Stem Cells is now OFF oxygen totally after the treatment in the Dominican Republic.
Barbara Mckean is now enjoying life after the stem cell research […]

Stem Cell Research Trial for Congestive Heart Failure

Stem Cell Research Trial for Congestive Heart Failure
Look what we have here- another stem cell research trial for heart disease (congestive heart failure) and another heart patient has his life improved. This time, at the University of Louisville, the first heart failure patient treated with his own Adult Stem Cells has improved already, […]

ITALY – Fat Stem Cells Ideal to Repair Heart

Image via Wikipedia

Not all stem cells are ‘good’ at aiding the heart in repairing itself after a heart attack. Apparently, ‘baby cells’ present in human fat are the best equipped to perform this task and could be used in human testing by the end of 2009. “ We have seen that a simple stem cell transplant into a heart after a heart-attack is not sufficient. There are different types of stem cells that are better adapted to aiding the heart in the healing process. Instead of hematopoietic stem cells used in initial studies, mesenchymal
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Adult Stem Cells Help Minnesota Man’s Angina and Heart Disease

Stem Cell Research Debate-Heart Disease Can Be Helped Now
While much of the United States is focused on the debate of Embryonic Stem Cell research versus Adult Stem Cell research, not much attention is given to patients benefiting from Adult Stem Cells right now. The number of patients helped by stem cell therapy for heart […]

New stem cell technique promises abundance of key heart cells

Cardiomyocytes, the workhorse cells that make up the beating heart, can now be made cheaply and abundantly in the laboratory.

A team of Wisconsin scientists describes a way to transform human stem cells — both embryonic and induced pluripotent stem cells — into the critical heart muscle cells by simple manipulation of one key developmental pathway. The technique promises a uniform, inexpensive and far more efficient alternative to the complex bath of serum or growth factors now used to nudge blank slate stem cells to become specialized heart cells.

“Our protocol is more efficient and robust,” explains Sean Palecek, the senior
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