Argumentative Essay On Stem Cell Research

Once harvested from an embryo, stem cells require several months of growth before they can be used.

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Stem cells provide huge potential for finding treatments and cures to a vast array of medical issues: Different diseases—including cancers, Alzheimer's, Parkinson's, and more—can be treated with stem cells by replacing damaged or diseased tissue.

This can include neurons that might affect neurological diseases and even entire organs that need to be replaced.

“Embryonic stem cells are grown in the laboratory from cells found in the early embryo” ("Types Of Stem Cells And Their Current Uses")....

[tags: Stem cell, Embryonic stem cell] - Stem cell research is a topic almost everybody in the world has a viewpoint on.

Debates over the ethics of studying embryonic stem cells continued for nearly a decade until the use of adult-derived stem cells—known as induced pluripotent stem cells (IPSCs)—became more prevalent and alleviated those concerns.

Use of adult-derived stem cells—known as induced pluripotent stem cells (IPSCs)—from blood, cord blood, skin, and other tissues have been demonstrated as effective in treating different diseases in animal models.

Here is the question: “Should the laws that govern other types of pluripotent stem cells differ from those for h ES cells. ” As the National Institute of Health explains under Stem Cell Basics, there are three main types of stem cells: embryonic stem cells (h ESCs), adult or somatic stem cells, and induced pluripotent stem cells (i PSCs); it is well known that to this date h ESCs offer the most possibilities....

[tags: Stem cell, Embryonic stem cell] - Stem Cell Research What if there was a more efficient way to cure non-communicable diseases other than surgery. Although, the benefits of this research are high there is controversy when it comes to this topic.

In 2016, researchers in Scotland began working on the possibility of generating red blood cells from stem cells in order to create a large supply of blood for transfusions.

A few years earlier, researchers in England began working on polymers derived from bacteria that can be used to repair damaged heart tissue.