Welcome to the Prince lab, where we use cellular, molecular, genetic, genomic and comparative approaches to study developmental processes. Our research program primarily makes use of the zebrafish, Danio rerio, which provides rapidly developing, transparent embryos. These embryos are ideal for high resolution live imaging approaches, which are helping us to understand the dynamic cellular processes that build complex structures during embryonic development. Our imaging experiments are complemented by powerful molecular genetic and transgenic tools, such as CRISPR/Cas technology, which allow us to interrogate the molecular basis of developmental processes. In addition to zebrafish, Prince lab members use little skate and other species in comparative studies. Please take a look around our pages to learn more about our ongoing studies on the neural crest, the anterior lateral line, and the pronephros. 

Lab members standing in front of Culver Hall door

NEWS AND EVENTS

Lab members attend Midwest SDB 2025

Lab members attend Midwest SDB 2025

Elaine, Rachel, and Alex had a blast at the Midwest Regional Meeting for the Society of Developmental Biology at Cincinnati Children’s Hospital! Rachel and Alex gave their first poster presentations ever, Elaine presented a talk about her fate map work, and Alex also won best undergraduate presentation.

 

Vish successfully defends his thesis!

Vish successfully defends his thesis!

Congratulations to Dr. Vishruth Venkataraman, who expertly defended his thesis today and is now the Prince lab’s newest PhD! Co-mentored by Vicky Prince and Michael Coates, Vish led the Prince lab’s recent research into anterior lateral line development and was a wonderful mentor to many. We wish him luck in his upcoming post-doc position at the NIH in Dr. Ajay Chitnis’ lab, where he’ll continue to explore the mechanisms that underlie anterior lateral line development in the zebrafish. Congrats again!!

Zebrafish (Danio rerio) at 18 hours post fertilization. PC Ana Beiriger

Culver Hall, home of the Prince Lab

Developmental Biology Cover Image Rocha et al.

10.1016/j.ydbio.2021.08.002