Romney’s Position on Stem Cell Research: There is a lot of information online including a plethora of quotes in regards to Mitt Romney’s position on stem cell research. Complicating the issue for Mitt is the fact that his wife suffers from multiple sclerosis, a disease that may benefit from stem cell research.
His general position in 50 words or less is that he is “pro life,” believing that life begins immediately at conception. Because of that position, he is against the practice of abortion or stem cell research that involves the destruction of human embryos. He opposes government funding of such stem cell research, but has said that it is not unethical to use “excess” embryos from IVF clinics.
“I am in favor of stem cell research. I am not in favor of creating new human embryos through cloning.”
Quoted 5-01-2005, National Review Online
Essentially, he supports finding a “scientific solution” to stem cell research that does not involve the use of human embryos & the ethical dilemma that it presents. (including induced pluripotent stem cells & something called “altered nuclear transfer“)
Here are some good resources if you’d like to dig down more on Romney’s position on stem cell research:
“I believe stem cell research is important to our state, for our nation, and I also believe there should be ethical lines drawn on the appropriate type of research. Stem cell research is important, and I’ll support it, and I’m gonna continue to encourage ethical lines to people be drawn in a way that respects human life…” Quote 5-08-2005, Tempe, Arizona
Have you found any more recent quotes from 2012 from Mitt Romney on stem cell research? Please comment below.
Geron Quits Stem Cell Research – A leader in the field of stem cell research, and in the midst of the world’s first clinical trial using embryonic stem cells, Geron Corporation abruptly announced that it is leaving the stem cell business entirely.
This bombshell comes in the midst of a terrible year for the California-based biopharmaceutical company in which the company stock has dropped about 70%. In the wake of the announcement, the stock dropped to another 52 week low today of $1.58 per share.
The decision to cease stem cell trial, which held promise for those with spinal cord injuries, was reportedly a financial decision, as the company said it would focus on more lucrative projects including cancer treatments.
However, critics wonder if this decision was really based primarily on money. “This company would not walk away from this trial in the absence of an unexpected complication or safety concern, if there was any evidence that it was working,” said Dr. Daniel Salomon of the Scripps Research Institute in San Diego.
Japanese researchers from the RIKEN Center for Developmental Biology have successfully created a fully functioning pituitary gland from the embryonic stem cells of a mouse.
The cultured pituitary gland was then successfully implanted into a mouse, (replacing the animal’s non-functioning organ) where it worked flawlessly.
The significance of this can’t be overstated, as what they have successfully created a functioning organ from a group of stem cells. Although the procedure was done with a mouse, this is an important step in the effort to reproduce human organs, which researchers say is still years away. Read this story
What is a pituitary gland? A pituitary gland is a pea-sized gland at the base of the brain that produces hormones including HGH (human growth hormone) and TSH (thyroid-stimulating hormone). The pituitary gland is important for growth, blood pressure, and thyroid function. Medifast Diet coupon: medifast coupon december
Pluripotent stem cells are the key to many of the most promising developments in regenerative medicine. Why is that? Because these are the cells (including the well known and controversial embronic stem cells) that can develop into just about any kind of cell in the human body. (i.e. the same stem cells that are used to treat a burn victim can also be used to help prevent a heart attack)
Until now, the main side effect in using these pluripotent stem cells is the chance that the cells won’t change into the appropriate type of cell needed during therapy. These unchanged stem cells are called “undifferentiated,” and can be lethal; possibly even turning into a dangerous tumor called a teratoma.
Recently, scientists at Stanford have developed an antibody to directly identify and destroy these undifferentiated stem cells, potentially eliminating this dangerous side effect… read full article