Steve Shea

Principal Investigator

Steve has been interested in neuroethology and animal communication since his undergraduate years at the University of Maryland.  He obtained his PhD in Neurobiology from the University of Chicago in 2004 where he used in vivo and in vitro neurophysiology and behavioral techniques to study cholinergic neuromodulation of song circuits in zebra finches in the laboratory of Dan Margoliash.  He then moved to Duke University where he performed postdoctoral work with Larry Katz and Rich Mooney. There he studied how natural odors are represented in the main olfactory bulb and how these representations are modulated by experience and noradrenaline.

Of course Steve buries marbles, what’s wrong with you? But it’s not like he’s a psycho about it. He only buries enough to get the job done.

 

Roman Dvorkin

Roman Dvorkin

Postdoctoral Fellow

Roman did his PhD studies at the Israeli Institute of Technology – Technion with Dr. Noam Ziv where he examined long-term activity-dependent and independent structural remodeling in cortical pyramidal neuron synapses. Roman joined the lab in November 2016 and examines the role of locus coeruleus in social behavior of female mice.

Roman buried marbles all over Israel for 26 years. When he ran out of places to bury his marbles, he decided to move to a slightly larger location at Cold Spring Harbor, USA, where he continues this noble deed with rediscovered vigor (for a normally distributed individual just at the edge of statistical significance)

DeeDee Rupert

Graduate Student

DeeDee is an M.D.-Ph.D. student at Stony Brook University and joined the Shea team in 2017. She is interested in animal models of neurodevelopmental disorders and is currently studying the role of the mecp2 gene in altered plasticity in the auditory cortex.

DeeDee obtained her bachelor’s degree at Carleton College in Northfield Minnesota where she studied Neuroscience and worked in the behavioral primate lab of Dr. Julie Neiworth. Following her undergraduate studies, she matriculated to Columbia University where she received her Master of Science degree from the Institute of Human Nutrition and completed her thesis in the laboratory of Dr. Harry Shair at New York State Psychiatric Institute. Her interest in nutrition lead her to a position at Columbia University Medical Center’s cardiology unit where she conducted stage III and IV clinical trials. During this time she completed Columbia’s Master of Arts Biotechnology program, working under the direction of Dr. Sander Markx.

Like academic degrees, DeeDee has an on-going marble collection. She likes to stock-pile them and keeps a careful inventory log. Let no marble go unaccounted for!

Alexandra Nowlan

Graduate Student

Ally received her Bachelor’s Degree from the University of Massachusetts Amherst, spent a summer working for the neural systems & behavior course at the Marine Biological Laboratory in Woods Hole, MA, and then spent four years studying a novel chemosensory gene family at Harvard Medical School in Bob Datta’s lab. In the Shea lab, she examines experience dependent plasticity and its association with the onset of maternal behaviors following parturition. Outside of the lab she enjoys hiking, live music, and playing with her cat.

When Ally sees a marble, she buries it on the spot — she’s never met a marble she wouldn’t bury. This probably means she buries too many marbles, but in her own words, she “doesn’t like the looks of them, like glass eyes peering into her soul.”

Clancy Kelahan

Lab Manager

Clancy joined the Shea lab in 2016. Prior to joining, he completed undergraduate studies at Northeastern University and worked as a research assistant/lab manager in John Maunsell’s lab at both Harvard Medical School and UChicago.  In the Shea lab, he examines circuits involved in social interaction and parental behaviors. Current projects include; investigating the underlying differences that lead to individual variability in innate parental behaviors, monitoring cell type or projection restricted populations using fiber photometry during freely moving behavior, and wide-field imaging seeking changes in the auditory cortex following parental experience.

Clancy doesn’t always bury marbles, but when he does he prefers to cover at least one half with bedding. He generally buries marbles around NYC and Connecticut, and when he buries them, he exactly buries the average number of marbles for a normally functioning test subject.

Alberto Corona

Graduate Student

Mr. Corona received an Associate’s Degree from San Bernardino Valley College, and his Bachelor’s Degree from the University of California, Riverside (UCR) where he joined Susan R. Wessler’s lab. There, he worked identifying and cloning transposable elements to use as tools for genetic manipulation. Mr. Corona spent a summer at Brandeis University in Paul Garrity’s lab where he studied the role of the painless gene in sensing reactive electrophiles by the Drosophila gustatory system. He also spent two summers working with David J. Anderson at Caltech. He studied the neural circuits that mediate aggression in fruit flies by isolating a small set of neurons that when activated or silenced, promote or abolish, respectively, behavior in Drosophila. Mr. Corona joined the Shea lab in August 2017 where he studies whether paternal behaviors in mice depend on overlapping or distinct neural mechanisms as compared to maternal behaviors.

Mr. Corona experiences high levels of anxiety in the presence of marbles and runs away. To modulate and suppress anxiety behaviors, he enjoys playing his guitar and ukulele.

Luqun Shen

Graduate Student

Luqun obtained his Bachelor’s of Science at the University of Notre Dame. There, he conducted work in Dr. Zachary Schafer’s laboratory researching breast cancer therapeutics and novel cell death mechanisms. Upon entering the Watson School of Biological Sciences, he switched tracks and began to study neuroscience, joining the Shea lab in 2017. Luqun studies how categorical boundaries, specifically auditory ones, are shaped by maternal experience and what modifications in the auditory cortex facilitate those changes.

When he encounters a marble, he promptly scoops it up and eats it, ensuring that he doesn’t lose it and that no one else can take it.