The Grand Prize winner of the science fair, for good reason, was a 17-year-old from Lakewood Ranch, Florida. Combining the fields of biology and computer science, Wenger wrote an app that helps doctors diagnose breast cancer, according to the description of her project on Google.
The type of computer program, called a “neural network,” was designed by Wenger to mimic the human brain: Give it a massive amount of information (in this case, 7.6 million trials), and the artificial “brain” will learn to detect complex patterns and make diagnostic calls on breast cancer. Her program used data from “fine needle aspirates,” a minimally invasive procedure that, unfortunately, is often one of the least precise diagnosis processes, according to Fox News. But Wenger is helping change that, as her program correctly identifies 99 percent of malignant tumors.
via Brittany Wenger, 17, Wins Google Science Fair Grand Prize For Breast Cancer Diagnosis App.
Very amazing and inspiring science projects from teenagers. See Brittany’s winning project here.
Studying Evolution With an Eye on the Future – NYTimes.com.
Great intro to experimental evolution through an interview with Sinead Collins of the University of Edinburgh.
Yes, an incubator! Just for synthetic biology! It’s being hosted at Singularity University in Silicon Valley. Does anyone need any more convincing that there is a huge future in synthetic biology, through big leaps in both innovation and technology? The way we work with biology is changing, evolving, from observation to invention.
Looks like the incubator is providing resources, mentoring, and stipends for their chosen startups. Hopefully it will be like what tech incubators such as Y Combinator have done for computer startups – no doubt that many will fail or have to change their business plans and project ideas, but at the very least, there will be increased coverage and education about what synthetic biology is capable of.
“Teeming with ambitious ideas and some pretty futuristic potential, synthetic biology is an emerging multidisciplinary field in which the principles of genetic engineering are coupled with genome design software to capitalize on the plummeting cost of DNA analysis and synthesis. The approach is to construct artificial biological systems in a similar way that computer chips are made. The result is a broad array of potential technologies that could lead to a radical transformation across a variety of sectors, including medicine.”
There’s a great video at the end of the article that gives an intro to synthetic biology, too.
Genome Compiler‘s first public release just came out, as announced by Omri Drory, the founder and CEO of Genome Compiler. It’s a software tool for designing and debugging synthetic DNA, and ordering it, too! Haven’t played around with it yet but I’m excited to (update later after I try it out). Everyone is starting to make big, visible steps towards making synthetic biology more accessible, modular, and highly functional. Hopefully this will lead to many more awesome developments.