Beta cells are chintzy and can respond and expand when the environment is right," said Andrew Rakeman, a older scientist in beta cell regeneration at the Juvenile Diabetes Research Foundation (JDRF). "This is a theme we've seen a few times recently. But the findings could quicken new avenues of research, another expert says. It's much too prematurely to know if this novel combination would work in humans. "I allow that beta cells are important, but for curing this disease, we have to restore the blood vessels ". Instead, the stem cells turned into endothelial cells that generated the growth of new blood vessels to supply existing beta cells with the nourishment they needed to regenerate and thrive. The researchers expected that the grown stem cells would turn into functioning beta cells (cells that grow insulin). In the mid-point of their laboratory research, something unanticipated occurred predivite extreme energy. "This is a full new concept," said the study's senior author, Habib Zaghouani, a professor of microbiology and immunology, neonate health and neurology at the University of Missouri School of Medicine in Columbia, Mo. Using an immune-suppressing medication and grown-up suppress cells from healthy donors, researchers say they were able to cure type 1 diabetes in mice.
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