Search Results for: sci-fi

Will bioengineered body parts cost an arm and a leg?

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The idea that we could bioengineer new human body parts to replace old, faulty ones is exciting, and such parts could include limbs, digits, or even entire organs. Such replacements might be produced using stem cells, 3-D printers, and other rapidly evolving, cutting edge technologies. Sci-fi is becoming a reality. Remember in Star Wars when […]

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Are babies from same-sex couples possible?

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A question that has come up with advances in stem cell technology: could same-sex couples have their own biological children? Since Shinya Yamanaka reprogrammed first mouse and then human ordinary cells into powerful pluripotent stem cells, termed induced pluripotent stem (iPS) cells, back in 2006-2007 many new research avenues have opened up. The impossible suddenly

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Landmark: patient receives first ever iPS cell based transplant

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In a major first for the stem cell and regenerative medicine fields, a patient in Japan today received a pioneering transplant of a retinal pigmented epithelial (RPE) sheet made from induced pluripotent stem (iPS) cells, also known by the acronym IPSC. This is the first ever iPS cell-based transplant into a human. The patient is

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Applications of 3D Printing in Stem Cells & Bioengineering

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Imagine a world in which doctors send microscopic biological machines made by 3D printing—biobots—inside our bodies to heal disease and fix injuries. A few decades ago, this kind of technology was only manifesting as the fanciful gadgets of science fiction movies. For example, the 1966 movie ‘Fantastic Voyage’ featured miniaturized objects performing a range of

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Transdifferentiation meets gene therapy to tackle heart disease

The leading cause of death in America and many other countries of the world is cardiovascular disease (CVD) including heart attacks and strokes. In fact, CVD kills and disables more people than most often top killers combined including cancer. The myth that CVD is a “man’s disease” only makes the situation worse as in reality CVD

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