How Drug Companies Seek To Exploit Rare DNA Mutations
An anonymous reader writes: With so many people in the world, humanity can't help but generate a large amount of genetic outliers. Most random mutations are undetectable, and many of the rest lead to serious diseases. But there's another class of mutation that has drug companies salivating. For example: a few dozen people worldwide have a condition that prevents them from feeling any pain. Another condition called sclerosteosis affects less than 100 people, giving them incredibly dense bone structure. Both of these conditions have serious downsides, but drug companies are beginning to see the dollar signs behind isolating these mutations and making them safe.
"People with sclerosteosis lack a protein that acts as a brake on bone growth. Without that protein, bones grow abnormally thick. It stood to reason, researchers thought, that a drug that could block the protein in patients with osteoporosis would encourage bone regrowth. Amgen's scientists created hundreds of antibodies that they tested to determine which might be able to get in the way of the protein. It took them three and a half years of research before they were able to identify the best antibody to inhibit the protein. Then NASA came calling." It's an unfortunate situation for those with the rare conditions; there's a lot more potential profit in finding a way to genetically prevent pain for billions of people than it is to cure the handful with the condition.
"People with sclerosteosis lack a protein that acts as a brake on bone growth. Without that protein, bones grow abnormally thick. It stood to reason, researchers thought, that a drug that could block the protein in patients with osteoporosis would encourage bone regrowth. Amgen's scientists created hundreds of antibodies that they tested to determine which might be able to get in the way of the protein. It took them three and a half years of research before they were able to identify the best antibody to inhibit the protein. Then NASA came calling." It's an unfortunate situation for those with the rare conditions; there's a lot more potential profit in finding a way to genetically prevent pain for billions of people than it is to cure the handful with the condition.
The title suggested some che-guevarish rant against capitalism in general and profits in particular. Profits made on the backs of people with genetic diseases, no less!
I sure am glad, TFA is not about that at all. And, yes, I exploited my computer to post this.
In Soviet Washington the swamp drains you.
I don't have a problem with the Pharmaceutical companies trying to maximize profits. Profits are necessary to help the market determine how to allocate resources. When a company makes "obscene" profits that is a signal to everyone else that resources should be taken from those enterprises incurring loses and invested in the more profitable ventures.
But patents have nothing to do with a free market. They are a state granted monopoly that need to be eliminated. Get rid of patents and you will have quicker and smaller innovations as companies try to stay ahead in their market.
I love Jesus, except for his foreign policy.
Drug companies have no intrrest in researching cures.
Drug companies are for-profit. While there is obviously immense profit in providing treatment for maladies, there is a very limited profit available in cures.
Thus, drug companies do not have any intention of curing anything. It would be bad for business, you see.
Care to explain the several recent drugs that cure Hepatitis C? http://www.webmd.com/hepatitis/features/cure
Produced by for-profit drug companies. Kind of puts a hole in your "big pharma is da ebil" idea...
Man! I want some of what you're smoking.
Foldit is a series of programs that work with human intervention and lots of distributed computing to try to help solve the problem of protein folding. That's going from a primary sequence (which you can get from the human genome project) to a tertiary structure, ie how it folds. If you figure out how to do that with great confidence, then you have a protein target to use to design drugs. But there are already tons of x-ray structures of proteins that are real available today to anyone who can hit this link (http://www.rcsb.org/). And they're more useful than a calculated structure and there are a lot of druggable targets in there to work on.
So, Citizen Scientists, quit waiting around for Foldit and get to work.