Alain Viel, director of the Northwest Undergraduate Laboratories and a Harvard senior lecturer in Molecular and Cellular Biology, has assumed the role of chair on life sciences and social innovation for the United Nations Educational, Scientific and Cultural Organization.
Faculty and administrators from across the University said Lue left an indelible mark wherever he went. He fought relentlessly to ensure that all students could access a high-quality education, whether they were at Harvard or not. He saw no limits to where a Harvard education should — and could — be accessed.
Ruth Hubbard ’45, the first woman to receive tenure as a biology professor at Harvard, passed away last Thursday at age 92 after a recent decline in her health.
Bianca Mulaney ’16 and Rebecca M. Panovka ’16, friends and fellow Quincy House residents, have been named Harvard’s two newest Marshall scholars to their shared surprise and disbelief.
The Molecular and Cellular Biology concentration will revamp its requirements and extracurricular programming to allow concentrators greater flexibility and incorporate recent “astonishing changes in biomedical research,” MCB head tutors Susan Mango and Rachelle Gaudet announced in an email to concentrators on Monday.
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.
The prize, which consists of a $10,000 personal award and $40,000 of research support, was endowed this past summer by a donation from Harvard alumnus Gardner Hendrie ’54.
In a breakthrough that could lead to a more efficient way of generating therapeutic cell lines, Harvard and MIT researchers have recently discovered the critical role of a set of genetic elements, known as large intergenic noncoding RNAs, in cellular reprogramming.