June 2019: Two graduate students join the lab. Welcome Zoe Irons and Gabriel Luna.
/They will work on Polycystin protein signaling during embryogenesis and growth
Read MoreThey will work on Polycystin protein signaling during embryogenesis and growth
Read MoreHe will work on how left-right asymmetry emerges in the embryo. Congratulations Colin!
Read MoreWelcome Rachel, Sophia and Gabriel, pictured here with Colin
Read MoreZoe presents the CRISPR screen she has been working on
Read MoreDiscusses recent work on how the body axis straightens
Read MoreThe joint IMB/ION retreat, with lab presentations, awards, and introductions to new members
Read MoreHe will present a poster about Polycystin proteins in left-right patterning and spine development.
Read MoreHope to see you there
Read MoreIt is now official: the lab will open in January 2019.
Read MoreMany features of vertebrate bodies, such as the skeleton and the limbs, display symmetry between left and right. By contrast, the internal organs exhibit left-right asymmetries in their position and structure.
In the Grimes lab, we use genetic, genomic, and imaging procedures to understand the basis of these symmetries and asymmetries during development and growth. We are also interested in how they contribute to human diseases such as birth defects and scoliosis.
For our work, we primarily use the zebrafish model organism.