Cloning for a Cure: Hope for Motor Neurone Disease

The transcript discusses the potential use of cloning and stem cell technology to treat motor neurone disease. Scientists plan to use genetic material to create an embryonic clone, hoping to replace damaged neurons. The process involves injecting genetic material into a human egg. While there are ethical concerns about using human embryos, the technique offers hope for a cure, potentially benefiting future patients.

What is the primary goal of using genetically matched stem cells in Brian's treatment?

• To enhance his physical strength

• To develop new neurons to replace damaged ones

• To improve his immune system

• To alter his genetic makeup

Which institutions are involved in the cloning process using Brian's genetic material?

• Stanford University and Beijing University

• MIT and Oxford University

• King's College Hospital and South Korean scientists

• Harvard University and Tokyo University

What is the role of the human egg in the cloning process described?

• To act as a surrogate for the embryo

• To enhance the growth of stem cells

• To host Brian's genetic material after its DNA is removed

• To provide nutrients for the embryo

What is a major ethical concern mentioned regarding the use of human embryos in cloning?

• The high cost of the procedure

• The potential for creating human clones

• The abhorrent nature of using human embryos

• The lack of scientific evidence supporting the method

What potential benefit does cloning offer for motor neurone disease sufferers?

• A reduction in disease symptoms

• A guaranteed treatment for Brian

• A possible future cure for some sufferers

• Immediate cure for all patients