17-Year-Old Wins $100K For Creating Cancer Killing Nanoparticle
An anonymous reader writes "17-year-old Angeloa Zhang was recently awarded the $100,000 Grand Prize in the Individual category of the Siemens Competition in Math, Science & Technology. Her project was entitled 'Design of Image-guided, Photo-thermal Controlled Drug Releasing Multifunctional Nanosystem for the Treatment of Cancer Stem Cells.' The creation is the so-called 'Swiss army knife of cancer treatment,' which allows a nanoparticle to be delivered to a tumor where it proceeds to kills cancer stem cells."
It seems all prizes and research goes to Cancer and AIDS since they get the most newstime and general attention? But these two diseases seem to be extremely difficult to cure fully all the same when you consider the billions of dollars invested the last few decades.
Would it be that hard to cure ulcerative colitis or crohns with serious money invested like what we see with cancer/aids? Or it's equally difficult? Just asking from a purely scientific standpoint to discover a new drug that works, not about the process of bringing a "cure" to market with trials and approvals.
Having said that this girl sounds rather brilliant, so congrats to her!
The Nobel Peace Prize pays out pretty well; generally $1-3 million USD depending on market variations.
So, somewhere between 5 and 15% of the golden parachute that Carly Fiorina got for running HP into the ground (on top of her salary)?
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I don't want to minimize the achievement of this high school student, but it does look like she is repeating work that was published several years ago. (If this had been completely original work, I would expect her to already be a research professor instead of a HS student.)
Look at Naomi Halas at Rice University (http://chemistry.rice.edu/FacultyDetail.aspx?RiceID=863). Her group has been engineering nanoparticles for > 5 years for the exact same application, "The Halas Nanoengineering Group is actively pursuing applications of nanoshells in biomedicine, in applications relating to ultrafast immunoassays, optically triggerable drug delivery, early stage cancer detection and photothermal cancer therapy."
One other point: this student attends Oak Ridge High School. How much do you bet she has a parent (or at least a close adviser) who works at Oak Ridge National Lab within their biological systems division.