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Treating a heart attack with the patients’ own bone marrow stem cells boosts blood flow within the heart and may help reduce long-term complications, a new U.S. study finds.
The study included 31 patients who underwent angioplasty and stent placement after a heart attack. Within one week of the attacks, 16 of the patients received infusions of their own bone marrow cells into the coronary artery in which a blockage had caused the event.
The 16 patients received different amounts of bone marrow stem cells — 5 million, 10 million and 15 million cells. The 15 patients in the
Stem Cell Research Study Reveals Stroke Patients Helped by Own Stem Cells
A new stem cell research study/trial recently completed shows that implanting a person’s own Adult Stem Cells helps stroke patients overcome partial paralysis. Dr. Kameshwar Prasad of the All India Institute of Medical Sciences (AIIMS) will present his stem cell study […]
Stem Cell Treatment Helps Spinal Cord Injury
Due to the wonders of Adult Stem Cell treatment, yet another spinal cord injury patient has improved his quality of life. A young man in India who had lost all sensations from a car accident has been helped after receiving his own Adult Stem Cells and having them injected […]
Bond strengthened: Eight-year-old Thamirabharuni, holding her brother who donated the stem cells, did not suffer from rejection or graft versus host disease as the tissue match was perfect – Photo: V. Ganesan
Eight-year-old Thamirabharuni and her one-year-old brother Pugazhendhi share a special kind of bond not commonly seen among siblings. Thanks to her brother, Thamirabharuni no longer suffers from thalassemia disease.
The stem cells transplanted in March helped her get rid of thalassemia. And hundred days after the procedure, one can safely say that her disease has been cured.
The stem cells that were transplanted came from two different sources
If there’s one single image that universally connotes death, it’s that of a skeleton. But in the living human body, bones are a beehive of activity that, at the cellular level, is as lively and intricate as any dance troupe could perform.
Within the hollows of the long bones dwells a spongy tissue called marrow, which hosts stem cells responsible for the production of both red and a variety of white blood cells. The latter are the warriors, messengers, sentries and medics that compose our immune system. White blood cells defend against microbial invaders and scour our bodies for suspicious