Stem Cell Controversy
Dean
Senate Majority Leader Bill Frist recently came out in favor of expanding Federal funding for stem cell research. This caused some Republicans to brand him a "traitor" (absurd) and to be shamelessly pandering to the New York Times (as if they had any clout with Republican primary voters). INDC Journal has a pretty good analysis of why this hyperbolic hyperventilating is silly.
That said: I'm not sure why more people aren't asking whether Federal funding of stem cell research is a good idea in the first place.
I'm no doctrinaire libertarian, but I know more than one scientist who has a pretty dim view of the enetire Federal research grant process. Whether they work in major research areas like cancer or AIDS, or minor obscure areas no one's heard of, the complaint is the same: politicians and government bureaucrats are generally scientifically stupid and don't understand the issues they're funding research for. They thus usually wind up giving control of all spending priorities to small cliques of researchers who effectively control all the grant money--and fully credentialed, credible scientists who question the reigning hypotheses or want to take a new approach to the subject are frequently frozen completely out.
If private industry is unreliable because they are obsessed with the profit motive, government-funded research is obsessed with scientific fads, and with research that sounds exciting but may be bogus. Look at the ridiculous amount of money that was spent in government grants to study whether low-fat, high-carbohydrate diets would prevent heart disease. Researchers who questioned this hypothesis rarely received any funding at all, and were routinely treated as dangerous lunatics. In the late 1990s two British scientists finally burst the bubble and proved that despite two decades and billions in research, not one study had ever shown that these diets reduced heart disease mortality or overall mortality (see The Low-Fat, Low-Cholesterol Diet Is Ineffective by L.A. Corr & M.F. Oliver)--and yet still researchers who want to research the "benefits" of low-fat, high-carbohydrate diets often get grant money, and scientists who want to study radically different approaches to human nutrition have a hard time landing any grant money at all.
Worse, because of the entire system of government grants, universities which used to value basic research, and treasure scientists based on their accomplishments in the field, have in recent decades grown more and more obsessed with money--specifically, government money. Scientists who can land fat grants from the government get tenure, respect, and lab space. Those who can't wind up treated with contempt.
Which leads to the other problem with the system today: the tendency to treat scientists like stars, as opposed to treating them like scientists. Or, worse then treating them as stars, they often get treated like members of a priestly class. All based on this holy halo of "researcher working for the good of humanity." Never mind questioning whether what they're researching is particularly valuable, or whether their methodologies are sound, or whether their results are solid, or whether their rivals might have better ideas.
The presumption many people work under is that private industry will not fund so-called "blue sky" research. My own view is that private industry often fails to fund it simply because they know they can depend on the government to do it for them. Meanwhile, the environment that used to be hospitable to the researcher who didn't care about money--the university--has become every bit as money-obsessed as any other large corporation.
I understand why some people have moral qualms about Federal funding for stem cell research. They're not qualms I share, simply because I don't believe a fertilized egg or an embryonic cluster of a few dozen cells is a human being. Sorry, I don't. But I do wonder who's going to get this money, and whether it's honestly going to be put to good use. I don't think that's an unreasonable question, especially considering how rarely anybody asks it of any federal funding of research. The working assumption: "Government money for research is good. Opposing it is bad." All thought stops there.
I look at all the posturing about all the miracle cures that stem cell research is supposed to provide, and I also wonder: if they fail to produce such results, will those who claimed that this funding was vital even notice? Will there ever come a point where they decide it was a waste of time? Will there ever come a point where they wonder, "Hmm, what other research would have been worth funding instead of all this?"









Thanks for the link. If I have the energy, I'll try another post addressing your funding points.
BTW, the links in this IP post speak to that same clannishness you'd mentioned about scientific cliques in cancer and AIDS, but this one is resistance to an engineer/theoretical biologist who addresses anti-aging.
Science by committee.
Arnold Harris
Mount Horeb WI
I know, I know, I can already hear the predictable attacks on Ayn Rand based on certain rumors about her private life, rumors which are now in the process of being refuted.... Anyway!....
A question which helps make my point: will there ever come a point when we decide that stem cell research wasn't what it was promised to be and that funding should be terminated? At what definable point would that become obvious? When would the spending get terminated? Ever?
Don't tell me what you think stem cell research might bring. Tell me what you will acknowledge would prove that the research money might have been more wisely spent on some other area of research?
In other words, what will render your claim that the research is worthwhile falsifiable?
Richard Nixon declared a "war on cancer" well over 30 years ago, with hundreds of billions spent on the subject ever since. While that research has taught us some interesting things, it has brought us no closer to curing cancer than we were when Nixon was still in office. Oncologists have gotten somewhat better at extending cancer patients' lives, but most of that has come out of clinical experience, not the tens of billions researchers at NIH have spent.
So. Is there any point where we ask if the entire approach has been wrong? Or do we continue to pour billions into studying failed paradigms and theories under the assumption that "research is good?"
What, if anything, in the current system acts as a braking mechanism? At what definable point do we say, "Okay, you've been wasting our resources, time to look at something else?"
No one can ever answer that question for me. Not so far anyway. Which leads me to continue to suggest that something is fundamentally broken in our approach to these things.
You are really asking the key question about any government program, Dean. To borrow a phrase from the neo-left regarding a certain armed conflict we are currently engaged in in the middle east: What's your exit strategy?
Unfortunately, bureaucracy and the bright, shining future of science mean that such funding will never decrease or disappear. It takes a long time to turn coal into diamonds.
I'm sorry, but you are merely critiquing without laying out YOUR specific measurable goals as to what constitutes viable benchmarks and standards for government involvement.
While concurrently seeming to demand that the onus is on other side of the issue (for govt spending on the research) show YOU specifics, measurable progress for "blue sky" research.
A question which helps make my point: will there ever come a point when we decide that stem cell research wasn't what it was promised to be and that funding should be terminated? At what definable point would that become obvious? When would the spending get terminated? Ever?
Conceivably, there is a "market" of competition for govt grants that would dry up when the research hit a dead end. Now, you and I both know that this process is a terribly inefficient market, basically not a true market at all, rather a bureaucracy.
BUT - the entire method of funding scientific research is an imperfect market, including private and public efforts. AND - just because public funding carries these grave flaws does not logically EQUAL the total invalidation of publicly funded research.
Your cynicism about govt funding is predetermining your opinion of any publicly funded ESR, an area of research which has just come into its own as having potential utility. As for this:
Don't tell me what you think stem cell research might bring. Tell me what you will acknowledge would prove that the research money might have been more wisely spent on some other area of research?
That;'s you saying "it will fail. Now set your standards for admitting failure." While saying "don't tell what you think it may achieve."
Well, I have to admit scratching my head at that. Researchers move in directions that they THINK will prove successful, not directions that they KNOW will be successful.
From the flip side - what specifically would satisfy you, Dean Esmay, in terms of worthy success? Within realistic expectations?
The advocates for stem cell research are making very lofty and grandiose claims about the miracles it might produce: amd end to alzheimer's, repair of broken spines, possibly cures for cancer and heart disease, maybe even growing new organs to replace damaged ones or reversing the aging process. This is what's supposed to justify spending billions in research--and furthermore, it is being suggested that despite these massive hoped-for miracles, we cannot count on private research to do it because apparently there won't be enough money to be made with all these miracle cures to cause non-profit foundations and for-profit corporations to fund the necessary research.
So I ask what will define success and what will define failure. And I ask why THIS area of research is more important than other areas of research that don't get funded.
Or is the answer simply, "research is good, we should fund more of it?"
advocatesenthusiasts look more to the kind of stem cells that have actually had results? Adult/umbilical stem cells have provided cures. The last actual result I heard about embryonic stem cells, as opposed to hype, is that they're too mutable, that they're unstable. What's with the insistance that, with more money thrown at them, this will - nay, MUST - magically change?I'll come firmly down on your side that when we decide to grant money for research, the recipients must define what constitutes failure - it is a brilliant approach, if you think about it. Success for the researchers would be, of course, a cure for everything - as long as everything isn't cured they haven't failed per se - and please keep the money flowing. But if we make them define failure - and especially if we make them set a time frame for completion - then we'll make them produce results or lose funding. Man, Dean, we oughta get you in government...
Drawbacks? Of course it has drawbacks - you can't for sure state when your research will produce results...but, then again, anything unlikely to produce concrete results for the general public in less than, say, 10 years isn't something government should be funding anyways....