The Venton Lab develops electrochemical methods for monitoring neurotransmitters to answer neuroscience questions.
Carbon Nanomaterial-Modified MicroelectrodesHow can we improve microelectrodes and make them more specific and selective for in vivo monitoring of neurotransmitters? |
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3D-Printed Carbon MicroelectrodesHow can we fabricate new structures and geometries for carbon microelectrodes? |
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Adenosine Dynamics In VivoWhat are the roles of transient adenosine release in neuromodulation and disease? |
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Neurotransmitter Dynamics in Fruit FliesHow can Drosophila be used as a good model system for monitoring neurotransmitter signaling and understanding disease? |
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We are generously funded by:
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NIH (NIBIB, NIMH) |
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UVa 3 Cavaliers and |
