Filter by:
Filter by:

Marine Krzisch is a postdoc in Whitehead Institute Member Rudolf Jaenisch’s lab who works on making better models with which to study neurological diseases. We sat down with Marine to learn more about her and her experiences in and out of the lab.

Single-cell RNA sequencing allows scientists to capture unique gene expression information in dozens, hundreds, or even hundreds of thousands of cells. Learn how Whitehead Institute scientists are applying this technology to a variety of model organisms to uncover a rich diversity of cells.

Plants may not “think” the way humans do, but they have a trick up their sleeves when it comes to making decisions. In this installment of our Building a Body story collection, learn about how plants decide when to sprout, when to flower, and how to create seeds that grow into the next generation. 

An intricate set of processes govern how cells know where to go and what to become during development. In this article, learn how Whitehead Institute researchers are investigating the various biological mechanisms that serve as the architects of life forms.

July 20, 2022

Multicellular organisms evolved over millennia into a dazzling array of differently adapted creatures. With each generation, tiny worms, lavishly plumed birds, and even humans must create themselves anew from a single cell. To do so, they require a plan. This multimedia story collection explores the myriad of ways in which an organism's development is orchestrated. Click the links below to read and watch.

A new Whitehead Institute study investigates the role a family of proteins called Sestrins plays in sensing the presence of the essential amino acid leucine, as well as adapting to its absence. The presence of Sestrin allows fruit flies to choose foods rich in leucine over foods without the nutrient.