Downstream Dreams: Investigating Melanoma in Zebrafish
Downstream Dreams: Investigating Melanoma in Zebrafish
Collections: Image Award Winners, Frontier Research Program, Cancer Discovery Science
2017 Award Winner
Dahlia E. Perez, Jacqueline A. Lees
Koch Institute at MIT, MIT Department of Biology
Like a pebble dropped into a pond, a single genetic mutation can trigger a ripple of biological consequences, including cancer. The Lees Lab uses various model systems to track the progression of cancer from origin to disease.
Here, a close-up view of melanocytes in zebrafish gives insight into the organization of these cells in their normal state. Next, biologists will mutate a single gene, a known initiator of uveal melanoma, and study the cells throughout zebrafish development to determine the downstream effects of this single mutational event.
![](/files/images/styles/exhibit_full/public/imce/exhibits/2017/dahliaperez4-768.jpg?itok=7o1Yc9-W)
Video
Dahlia Perez shares the story and science behind her award-winning image. You can also watch the presentation from the exhibition opening event on March 23, 2017 here.