The Boyer Lab investigates how to stimulate cardiac muscle cells to regenerate by manipulating their underlying genetic circuitry. In this image, cardiac cells are stained in green and the nuclei of newly dividing cells are shown in pink.

Gizem Rizki
Gizem Rizki

The Burge Lab studies mechanisms of post- transcriptional gene regulation. Pictured is an immunostaining of mouse mammary gland with the RNA-binding protein Msi2 (green), Keratin 14 (red), and counterstained with Dapi (blue).

Burge Lab
Burge Lab

The Page Lab studies the origins of sexual dimorphism. During fetal development, cells of the embryonic testis are organized to form tubes. The organizer nurse cells (blue) arrange cells that will ultimately become sperm (red) to create the germ cell niche.

Peter Nicholls, Page Lab
Peter Nicholls, Page Lab

Conducting their investigations at world-class facilities, MIT Biology researchers are working at the frontier of molecular inquiry making vital contributions in genetics, genomics, and computational biology.

Bill Gallery
Bill Gallery

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