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Creative representation of a brain showing left and right side differences.

Investigating the mechanisms of dopamine signaling

Dopamine is a crucial signaling molecule that controls reward and locomotory pathways in the brain. The lab is interested in investigating how dopamine regulates behavior at the level of cells, synapses, and circuits.

Find out more about dopamine & the Reward Pathway

Project Areas

Genetics

Cell Biology

Cell Biology

The lab is interested in identifying novel genes involved in dopamine synthesis, secretion, and reception. Projects here involve genetic screening, mapping, and sequencing techniques.

Click for info about dopamine

Cell Biology

Cell Biology

Cell Biology

Dopamine signaling depends on the correct distribution of dopamine receptors. The lab uses imaging techniques to observe how various dopamine receptors localize within cells of living worms.

Click for info about microscopy

Behavior

Cell Biology

Behavior

Dopamine regulates several important behaviors in living organisms, including locomotion and the consolidation of memory. The lab investigates dopamine-mediated behaviors in C. elegans. 

Click for info about worms

Have an idea for a project? Come talk to me!

Drop by my office (SCA 214), send me an email (tysonedwards@suu.edu), or fill out an Interest Form.

Southern Utah University, West University Boulevard, Cedar City, UT, USA


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