Marc Tessier-Lavigne’s career has straddled academia and industry, and blurred traditional boundaries between basic and translational science by ZACH VEILLEUX Marc Tessier-Lavigne’s journey into neuroscience began a few hundred miles off the coast of Newfoundland, aboard the Queen Elizabeth II...

It takes several hundred billion nerve cells to put together the human brain, and they must be connected in an intricate and precise pattern in order to function properly. The formation of these connections — the brain’s neural circuits — during an organism’s embryonic development is what ul...

Elaine Fuchs, a world leader in skin biology and its human genetic disorders, will receive the Passano Prize for landmark contributions to skin biology and its disorders, including genetic syndromes, stem cells and cancers. Fuchs will receive the award and give the Passano Foundation Award lectur...

I am honored and delighted to be joining the university on March 16. The past six months have been a busy and exciting period of preparation — for my family and my lab as well as for me personally — as we planned our move to New York. Over these months I have had the opportunity to meet many of ...

As chairman of the Board of Trustees it is my great honor and pleasure to welcome Marc Tessier-Lavigne as our 10th president. Through my role as chairman of the search committee that hired Marc, and through my frequent interactions with him since then, I can assure you that he is the right choice...

Marc Tessier-Lavigne’s arrival at Rockefeller means the addition of not one, but two active neuroscience research programs to campus. This summer, Mary Hynes — Dr. Tessier-Lavigne’s wife and a well regarded neuroscientist in her own right — will relocate from Stanford. As research associate ...

Marc Tessier-Lavigne and his wife, Mary Hynes, have three children. Christian (far right), 19, is currently a sophomore at Princeton University; Kyle, 18, is a senior in high school and will attend Dartmouth beginning this fall; and Ella, 12, is currently in seventh grade and will enroll in the D...

Cells, which employ a process called autophagy to clean up and reuse protein debris leftover from biological processes, were the original recyclers. A team of scientists from Paul Greengard’s Rockefeller University laboratory have linked a molecule that stimulates autophagy with the reduction of ...

“One hundred thousand of the world’s most valuable rodents live on York Avenue as residents of Rockefeller University, whose relative obscurity among the city’s higher-learning establishments belies its elite status in the medical community. (Twenty-three Nobel laureates have done work at the ...

"If you were writing a play, the sequence of the genome is like having the list of characters at the beginning of the play. You can’t write the play without the list of characters, that’s essential, but actually there’s a lot of work that has to go on that depends on that human genome sequence...