Providing a new model to review how fusion works.

Cell fusion research at Johns Hopkins could lead to improved remedies for muscular dystrophy Researchers in Johns Hopkins established a high-effectiveness cell-cell fusion program, providing a new model to review how fusion works. The scientists demonstrated that fusion between two cells is not equivalent and mutual as some assumed, but, rather, is set up and driven by one of the fusion partners anabolic steroid . The discovery, they say, may lead to improved treatments for muscular dystrophy, since muscles regeneration depends on cell fusion to create muscle fibers which contain hundreds or also thousands of nuclei. The study reveals two critical elements that have to be there for cell fusion to occur, clarifies Elizabeth Chen, Ph.D., a co-employee professor of molecular genetics and biology in the Johns Hopkins University Institute for Basic Biomedical Sciences.

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