MIT researchers have invented a new imaging system that allowed them to create this three-dimensional rendering of the cartilage that forms the skull of a five-day-old zebrafish larva.
Richard Young, Whitehead Institute, MIT, delivers remarks at the Koch Institute's 11th Annual Oncology Research Symposium
Laurie Boyer, MIT, delivers remarks at the Koch Institute's 11th Annual Oncology Research Symposium
Tyler Jacks and Jacqueline Lees of the Koch Institute deliver remarks at the Koch Institute's 11th Annual Oncology Research Symposium
Jacqueline Lees, Kock Institute at MIT, delivers remarks at the Koch Institute's 11th Annual Oncology Research Symposium
Stephen Baylin, John Hopkins University, delivers remarks at the Koch Institute's 11th Annual Oncology Research Symposium
Tyler Jacks delivers closing remarks at the Koch Institute's 11th Annual Oncology Research Symposium
Scott Armstrong, Dana-Farber Cancer Institute, delivers remarks at the Koch Institute's 11th Annual Oncology Research Symposium
John Dick, Ontario Institute for Cancer Research, delivers remarks at the Koch Institute's 11th Annual Oncology Research Symposium
Profile of Dr. Stephen Quake, winner of the 2012 $500,000 Lemelson-MIT Prize for his revolutionary work in drug discovery, genome analysis and personalized medicine.
Important lessons in the story of RNAi and Alnylam and their broader implications will be shared.
Richard Braatz believes mathematics can help streamline the road to discovery in pharmaceutical manufacturing as well as nanotechnology.
Learn more about the work that Professor Lees and her lab are doing to understand how proteins and pathways are mutated in cancer--and how they hope to make advances in detecting and hopefully treating osteosarcoma.
Learn more about the Chang lab's work to better understand a family of proteins, called PARPs, and how blocking specific PARPs might be a promising target for cancer therapies.
Edwin Clark - Merck Research Laboratories
Julian Downward - Cancer Research UK, London Research Center
This summer in Genomics, sixteen MITES students were transformed into research scientists. In groups of four, students researched monogenic disorders such as Early Onset Breast Cancer and sequenced the DNA of several individuals to discover novel human genetic ...