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 how the Love lab is using miniature micro titer plates and micro fluidics to evaluate populations of cells, maximize their productivity, and ultimately improve the process for developing cancer biologics.
Learn more about how the White lab is using mass spectrometry to better understand the key components of cell signaling that drive how cancer cells invade and proliferate in glioblastoma.
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.
Robert Mathis explains the science behind his beautiful image, "Molecular Watercolor: Mixing Fluorescent Proteins to Label Families of Cells." Robert's image was selected as a winner of the 2013 Koch Institute Image Awards. See all the ...
The MIT Glass Lab is administratively co-sponsored by the Materials Processing Center and the Department of Materials Science and Engineering.
Learning the difference between kinetic and static friction.
In a visit to the MIT campus on May 14, 2013, British Prime Minister David Cameron met with President L. Rafael Reif and Media Lab director Joichi Ito, faculty members and students, and a group of young MIT entrepreneurs.
Speakers: Stephen Van Evera, Elizabeth Wood, Carol Saivetz, Bakyt Beshimov, Peter Krause, Jeanne Guillemin and Silvia Dominguez. Moderator: Richard Samuels
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