Introduction
Introduction
Introduction
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82 BIOHYPE<br />
of the National Academy of Sciences and a past president of the American<br />
Society of Biochemistry, she has testified before Congress for increased<br />
funding for NIH, which is the primary source of funds for her<br />
lab. Her lab is located in a modern building across the street from Torrey<br />
Pines State Park, which overlooks the Pacific Ocean. But its enviable<br />
location isn’t apparent from the inside of her windowless, basement<br />
office, where the concrete walls are lined with the pictures of her children,<br />
now in their late twenties, and the scientific posters for the lectures<br />
announcing her most significant discoveries. She wore blue jeans and a<br />
turtle neck, with her closely cropped graying hair accented by a set of<br />
dangling silver earrings.<br />
After looking over the patent, she said, “All this says is these kinases<br />
are likely to be targets for diseases.” “What diseases” I asked. “I don’t<br />
know,” she replied. “There’s nothing specific in this other than this is a<br />
gene family that’s likely to be important.” 41<br />
She explained how researchers used genetic information to generate<br />
the knowledge needed to speed the search for new drugs. Scientists can<br />
breed mice that lack a specific gene in order to study the impact of that<br />
absence. Or they can quickly create recombinant versions of the molecule<br />
and feed it to experimental animals to see what an excess will cause.<br />
Researchers who had identified the first kinases in the early 1990s had<br />
initially thought that the convoluted folds of the long-chain proteins<br />
would make finding drugs to inhibit them almost impossible. But, in<br />
fact, it turned out that the folds provided numerous sites where a drug<br />
might block a kinase’s function, and thus there might be many potential<br />
inhibitors (presuming, of course, that scientists discover that blocking a<br />
particular kinase’s function is a desirable thing during the course of a disease).<br />
“People in the field are against patenting genes like this,” she continued.<br />
“This is basic research. And if they’re saying anyone who works<br />
on these kinases and figures out what to do with it gives them some<br />
rights to that, [then] I don’t agree. . . . Genes are supposed to be public<br />
information.”