Professor

My research explores the molecular machinery that contributes to the information-processing capabilities of the nervous system, with a focus on the regulation and function of synaptic transmission. I use an interdisciplinary approach to address research questions, drawing upon my training and experience in biochemistry, molecular biology, cell biology, electrophysiology, biophysics and genetics. We have focused on the molecular machinery that contributes to the establishment and function of synapses in the model organism C. elegans.

Research Professor

Penny is interested in understanding the cellular and molecular mechanisms that regulate synaptic function and the control of behavior, including learning and memory. Her focus is on mechanistic studies of altered synaptic function in a C. elegans model of Alzheimer’s disease.

Research Associate Professor

Jerry applies advanced electrophysiological techniques to understand how genes modulate neuronal circuits to control behavior in C. elegans. His primary focus is on how glutamate receptors are localized to specific synapses and regulated to control the electrical activity of neurons and contribute to learning and memory.

Senior Research Specialist

Lab Manager

Dave is one of the founding members of the lab, working with Dr. Maricq for over 25 years. Our research lab is a very collaborative atmosphere. As Lab Manager and Sr. Lab Specialist, Dave ensures that things run smoothly – supporting all lab personnel: making sure supplies, reagents, equipment and modern techniques are available; databases and software are up-to-date; budgets are maintained; and assisting on research projects to overcome inertial barriers to progress.

Senior Lab Scientist

Ning focuses her research on the cellular and molecular processes of learning, memory, and neuroplasticity relying on the mechanisms of NMDA receptors. Utilizing C. elegans, which shares remarkable genetic homology with humans, she explores fundamental questions of NMDAR synaptic function by identifying novel auxiliary proteins through genetic approaches, optogenetics, and electrophysiology.

Ph.D Candidate

Danlei is passionate about figuring out how the elegant neural circuit design responds and adapts to the ever changing environment. She is an adaptable person herself, and had pocketed records of visiting and living in multiple places across the continents.

Ph.D. Candidate

Sophie received her Bachelor’s degree in Psychology: Neuroscience from Colby College. In the Maricq lab, her studies are focused on the intersection of neurodegenerative disease and synaptic function.