Decoding the Neural Symphony of Birdsong
We study how complex motor skills develop and evolve by investigating the neural circuitry behind birdsong—one of nature's most spectacular behaviors. Through advanced molecular techniques, bioinformatics, and behavioral analysis, we uncover how gene regulatory networks build specialized brain circuits.
Our Research Focus
Gene Regulatory Networks
Investigating the molecular processes that coordinate the development of birdsong neural circuitry during early brain development.
Sensorimotor Learning
Understanding how neural networks intersect with experience during the critical period of birdsong learning.
Behavioral Evolution
Exploring how modifications to developmental networks contributed to the evolution of complex learned behaviors.
Why Birdsong?
A Powerful Model System
Birdsong provides an exceptional model for understanding neural development and evolution:
- Well-defined circuitry dedicated to song production and learning
- Shared across thousands of species enabling comparative studies
- Complex learned behavior similar to human speech acquisition
- Accessible for molecular and behavioral analysis
Birdsong is controlled by dedicated brain regions that are highly distinct from nearby sensorimotor areas, making it an ideal system to understand how specialized neural circuits develop and evolve.
Recent Highlights
🔬 Advanced Techniques
We combine single-cell transcriptomics, spatial genomics, CRISPR gene editing, and computational analysis to understand neural circuit development at unprecedented resolution.
📊 Big Data Approaches
Our bioinformatics pipelines integrate multi-omics datasets to map gene regulatory networks and evolutionary relationships across thousands of cells and species.
Join Our Team
Stellar Researchers Wanted
The Colquitt Lab opened in August 2022 and we’re building a diverse, collaborative team. We’re located on the stunning UC Santa Cruz campus, embedded in a redwood forest overlooking the Monterey Bay.
We’re recruiting:
- Postdoctoral researchers
- Graduate students (rotation students welcome)
- Undergraduate researchers
Interested in developmental neuroscience, molecular biology, or computational approaches to understanding neural circuits? Get in touch!
Latest Publications
Our research has been published in leading journals including Science, eLife, Neuron, and Cell.