Harvard Medical School researchers have identified genomic regions that contribute to schooling behavior in cavefish.
Two researchers at Harvard’s Wyss Institute for Biologically Inspired Engineering have developed a new technique to construct biological structures the size of a grain of sand with unprecedented precision, a discovery that could herald better construction of artificial tissues.
Swiss billionaire Hansjörg Wyss matched his record-breaking $125 million donation to the Wyss Institute for Biologically Inspired Engineering Tuesday.
Nearly five years after donating $125 million to Harvard—the largest philanthropic gift ever to the University—Hansjörg Wyss has matched that sum with a second $125 million gift to the Wyss Institute for Biologically Inspired Engineering, the Institute announced Tuesday.
As freshmen enter the second week of Advising Fortnight, Flyby presents a complete set of data from the Class of 2012's concentration satisfaction ratings. For all freshmen looking to narrow down the list of potential concentrations, sophomores or juniors curious about their chosen concentrations, and seniors reflecting on their undergraduate careers, here are the stats from last year's graduating seniors on how satisfied they were with their respective concentrations. Check out our four interactive graphs showing overall satisfaction rates among Humanities, Natural Sciences, SEAS, and Social Sciences concentrators in the Class of 2012.
Delivering the keynote speech at a symposium Friday on the future of computation, hedge fund founder and scientist David E. Shaw predicted that researchers will increasingly rely on high-speed simulation to probe biological questions.
Bioengineer Christina D. Smolke presented her research on developing genetically encoded technologies that would advance cell-based therapies for diseases like cancer, brain tumors, and leukemia, at the Neekeyfar Lecture on Science and Mathematics on Thursday.
On Thursday, Harvard Medical School Professor of Genetics George M. Church appeared on "The Colbert Report" with 20 million copies of his new book, co-authored with Ed Regis, in his front jacket pocket (don't worry, it's a DNA trick!). The book is called "Regenesis: How Synthetic Biology Will Reinvent Nature and Ourselves," and according to Colbert, it may contain information that "will eventually destroy all of mankind." In reality, the book is actually about the many possibilities presented by synthetic biology, one of which is digital information storage in DNA.
Thanks to the recent findings of a team of Harvard researchers, scientists can now view more than four microspecies at once using fluorescent microscopy—a development which will give scientists a fuller understanding of the samples they are examining.
Labeled DNA samples appear as multi-colored barcodes under fluorescent light at certain wavelengths. Harvard scientists at the Wyss Institute recently published their findings in “Nature Chemistry.”