Aug 2023: Lab Pickleball
/We have a lab day out, and try Pickleball for the first time.
Read MoreWe have a lab day out, and try Pickleball for the first time.
Read MoreHigh school student Adamend joins the lab. He will work with Beth to quantify images.
Read MoreTwo new graduate students — Sam Bertrand and Stevie Schauer join the lab.
Read MoreAfter two years, we’re sad to see Maisey go. She defended an excellent thesis and is pictured here with Katie, her lab mentor.
Read MoreHe had a great time meeting his cohort and presenting his work in Chevy Chase.
Read Morein Friday Harbor labs. Everyone presents posters and Beth wins a talk prize - congratulations!
Read MoreBeth speaks to the OPB show Think Out Loud about scoliosis research
Read MoreThe lab welcomes three new rotation students.
Read More..from the Genetics Society of America. Congratulations Zoe!
Read MoreThe lab went to war with a 6-hour game of Risk
Read MoreAlex Eve from Development interviews Dan for their Transitions in Development series.
Read MoreCongratulations to John, who passed his qualifying exam with flying colors and is now a full PhD candidate.
Read MoreBeth presents her Urotensin work at the ASCB meeting in Washington DC.
Read MoreGabriel attends SACNAS in Puerto Rico to talk about grad school at UO while Sophie (pictured) presents her Urotensin work at ABRCMS in Anaheim. Well done!
Read MoreBeth spoke about neuropeptide control of spine morphology at the Aquatic Models of Human Disease conference. Their presentation was recognized with a “best postdoc talk” award - congratulations!
Read MoreAt our annual retreat, Zoe Irons is recognized with the von Hippel award for outstanding senior graduate student. Congratulations Zoe!
Read MoreSam is a rotation student who will be working with John and Beth this fall on spinal curve mutants. Welcome!
Read MoreBeth and co-authors from the lab report findings about the role of two Urotensin-family peptides in the control of spine morphology.
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.