In my mind there’s a hell of a problem when it comes to cramming religious morality into bio-ethics.
What difference is there between a fertalized egg and a mature skin cell? Longer telomeres, fewer methylation sites and some extra proteins.
That’s not a whole lot of difference, a big difference if you look at it from the development stand point. One CAN become a human, the other a cancer.
The article quoted above raises a whole new point. We can now use ANY mature cell to generate a pseudo-stem cell (I’m not calling it a full stem cell as there hasn’t been enough research done to make that call). Well now we’ve just turned every living cell in each of our bodies into a potential new human being. Does this mean we can’t do research on cancer cells isolated from humans?
It seems like the problem is that technological advance has outstripped the ability of religion to keep pace. And the segment of the population scared about new achievements and those scared about the ‘immoral’ implications are turning to religious authority to stop what they’re scared of. No attempts at regulation, just a cease and desist.
Is it immoral to generate fertalized eggs for research?
I think before we tackle that question we need to ask our selves is it ‘moral’ for young women to sell their eggs to fertility clinics? Because these two ideas are only a step or two removed in the logical progression of things and appear morally similar.
If we have no problem about a woman selling her eggs to be fertalized and made into children (keep in mind during the forced fertalization process many viable eggs are lost/destroyed) or should they be turned into research material.
The more I think about it, the closer the two ideas are.
Next, and here is the scary one that nobody seems to like to think about.
Public vs private research.
Private research is only affected by state/federal laws.
Public, its affected by what the NIH can allocate funding for and by what the DOD and similar organizations are allowed funding for.
Here’s what scares me.
All of the private research is fully owned by the funding organization. Much as windows owns its own code, private companies can patent chimeric organism (bio-engineered foods and what not).
Now I’m not sure about how much or if you can patent data/therapies from NIH funded grants but I’m sure there are restrictions.
In Bush making it impossible for public research money going into stem cell research he’s making it 100% private company.
And in the little time that stem cell work has been in the public eye many many interesting things have come out of it.
Imagine if all of the new innovative treatments being imagined are privately owned. CNS regeneration, organ/limb/tissue regeneration… All of these things are being seen in lab animals given human stem cells.
Just imagine what HMOs and health insurance will be like when the people who can afford stem cell derived therapies for spinal cord injuries, diabeties, traumatic limb loss get them. We’ll see a whole new division of the haves and the have nots. It’ll be based on a far greater quality of life for those individuals who can pay the high fees which will allow the drug companies to recoup their research losses.
Sometimes we’ve got to stop and look at what things will mean 20, 30 or 100 years later on if we follow a certain course of action.
Maybe public funding for stem cell research won’t mean the development of low cost stem cell derived cure for Diabetes, or an easilly accessable techinque for limb regeneration. But by keeping the funding 100% private we guarentee that those treatments will take longer (simple economics, private companies have a hell of a lot less money for R&D than the government). Also, I don’t want to imagine what the public response would be if a company had a treatment for restoring the spinal cord function. What would you do if you child was a quadrapolegic (spelling!?) and you could cure them, but the treatment was 2 million dollars.
I don’t think Medicare would cover it. I don’t think your health insurance, that doesn’t like to pay 50 dollars for an x-ray would cover it either.
But again, this is based on my understanding of copyright/patent laws and how public/private funding works on them.