At Brown, I study the ways in which very large cells organize themselves by using Xenopus oocytes as a model system. Long before the frog egg is laid, the regions of the cell which will become each part of the animal has already been determined based on the way this giant cell has organized itself. One way the oocytes, and many types of cells as well, accomplish this organization is through localizing RNAs rather than proteins. Essentially the cell conserves energy by packing a 3-D printer and plans to print whatever it needs on site rather than shipping all the bulky components to their destinations separately. I study the biophysical and biochemical mechanisms which allow these cells to undertake this logistical feat. 

Personally, one of the most exciting things about graduate school is the ability to share my love of biology and basic research with others both in the lab and in the classroom. Brown has really helped me develop my skills as a teacher through the Sheridan Center and through giving me the opportunity to teach talented undergraduates about the fundamentals of research. For my work as a teaching assistant in Inquiry in Biochemistry: From Gene to Protein Function, I received the President’s Award for Excellence in Teaching. 

In addition to being one of the main motivators for me to come to Brown for my doctoral work, being a Presidential Fellow has allowed me to pursue my research interests. This opened up a lot of doors for me to explore different labs and unique projects. 

Following graduation, I hope to continue my love of research and teaching through a career in either the biotechnology field or science policy.

Cabral received her undergraduate degree in Biochemistry and Biology at Worcester Polytechnic Institute and completed undergraduate research at University of Massachusetts Medical School in the lab of Dr. Mary Munson. She studied the molecular mechanisms of intracellular transport in the moss, P. patens.