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Well, the report is now live, here, with 22 thought-provoking responses. Computing, the scientific method, culture, Chinese, and how to start something are among the areas Xconomists think students can learn to be prepared for a rapidly evolving economy.
Still, the world is now flatter. The big shift is imposing. Seismic changes are happening. Nobel Laureate David Baltimore notes, “America no longer has a lock on technology, Europe is increasingly competitive and Asia has the potential to blow us out...
we simply don’t know what will happen in people.
“Eric felt, rightly, that while M.I.T. had wonderful computer science, engineering, physics, research, unless you formally involved Harvard and the hospitals and the medical science, you would get into trouble,” said Dr. David Baltimore, the Nobel...
The biotech and pharmaceutical presence here, too, can be traced to a couple of key decisions: first, MIT’s willingness in 1982 to accept Edwin (Jack) Whitehead’s gift of an affiliated but self-governing research institute (Harvard and Duke earlier had...
"I arrived after he came to Caltech...and he was just wonderful to me and Alice, my wife, taking us around and introducing us to people, making sure if anything was wrong we could get it fixed - whatever it took," Nobel laureate and former Caltech...
We're not promising that we've actually solved the human problem
Click here to watch the video. Professor of chemistry and chemical engineering and 2011 Draper Prize winner Frances Arnold presented her lecture "Design by Evolution: Engineering Biology in the 21st Century" at the Draper Prize lecture series. Click...
David Baltimore (b. March 7, 1938) is an American biologist and one of the recipients of the 1975 Nobel Prize for Physiology or Medicine. He is currently the Robert A. Millikan Professor of Biology at the California Institute of Technology (Caltech), where he was the president from 1997 to 2006. He is also currently the president-elect of the... Full Article
we simply don’t know what will happen in people.
We showed that you can express protective levels of antibodies in a mammal and have that expression last for a long period of time
This is something way out of the ordinary, and it’s perfectly reasonable to say that there’s no reason to do it if there’s an alternative ... But if there’s no alternative — and that’s where we’re at today — then we should be thinking of new ways to protect people.
If humans are like mice, then we have devised a way to protect against the transmission of HIV from person to person ... But that is a huge if, and so the next step is to try to find out whether humans behave like mice.
We're not promising that we've actually solved the human problem ... But the evidence for prevention in these mice is very clear.
We have been working on ways of genetically improving immune function in the fight against cancer and AIDS and have had some pre-clinical and beginning clinical success.
