Supported by a K99 award from NIMH.
Supported by a NARSAD Young Investigator Award.
I am interested in the neural circuit dynamics of perceptual learning in the auditory cortex. Specifically, how does behavioral context alter sensory perception and learning? I am using three complementary tools in behaving mice to address this issue: 1) two-photon calcium imaging to measure circuit output, 2) whole-cell patch clamp to assess network input onto single neurons, and 3) optogenetics to manipulate network function.
I have a PhD in Biophysics from Harvard University where I worked in the laboratories of Brian Backsai and Brad Hyman. My doctoral thesis explored the structural and functional degeneration of cortical networks in Alzheimer's Disease using in vivo two-photon calcium imaging. I received my undergraduate degrees in Physics and Brain/Cognitive Science from the Massachusetts Institute of Technology.
Supported by a K99 award from NIDCD.
I study how expectation and experience alter sensory representations. In collaboration with Dmitry Rinberg, I use 2-photon imaging, optogentics and behavioral experiments to explore how neuromodulatory systems support changes in sensory perception in both the auditory and olfactory systems.
I received my B.A. in Psychology from NYU in 2008 before working as a research technician in the labs of Dr. George Alvarez at Harvard University and Dr. Ann Graybiel at the Massachusetts Institute of Technology.
I graduated from Columbia University with a BA in Neuroscience and Behavior and honors in Biology. Now I’m part of the Medical Scientist Training Program at NYU and am interested in translational research in otolaryngology and neurology. I am pursuing these interests in the Froemke lab by studying the neural response of the auditory cortex to cochlear implants. Specifically, I am using optogenetics in the locus coeruleus to modulate norepinephrine during learning to further elucidate the role of neural plasticity in cochlear implant use.
I graduated from the University of Virginia, receiving a BSc in Biochemistry and a BA in Neuroscience. I am currently a student in the NYU Meidcal Scientist Training Program. In collaboration with the Svirsky Lab, I am studying the neural mechnisms underlying adaption to cochlear implants. To do so, we have developed an animal model of cochlear implant use, where rats are implanted with a multi-channel array and learn to discriminate frequencies with input solely from the cochlear implant.
I received my B.S. from St. Joseph’s College, and my M.S. from Stony Brook University. For my graduate work, in collaboration with Dr. Moses Chao I am interested in studying the molecular mechanisms of cortical plasticity and functional circuit changes as a result of oxytocinergic signaling over a developmental time course using primary cortical neuron cultures and electrophysiology.
I graduated from Boston College where I majored in Psychology with a concentration in Neuroscience. I am interested in understanding how plasticity in the auditory cortex enables females to recognize and respond to infant distress vocalizations. In addition, I am interested in understanding how neuromodulators, specifically oxytocin, enable cortical plasticity to enhance the behavioral relevance of pup vocalizations. I am using a combination of electrophysiology and in vivo two photon imaging to study these cortical changes.
Supported by an NSF Predoctoral Fellowship.
I am currently pursuing my Bachelor’s degree in Neural Science at New York University. I am interested in the neural circuitry between aural sensory perception and behavior during contextual learning.
I am currently working on my Bachelor's Degree in Neurobiology and Neurosciences from City University of New York - Hunter College. My main focus is to understand the role of neurplasticity in improved usage of cochlear implants.
I am currently working on my Bachelor’s degree in neural science at NYU. Using two-photon calcium imaging in conjunction with novel computational tools, I am studying how behavioral context alters sensory perception and circuit dynamics during learning. More generally, I am interested in how brain regions interact with each other to enhance function, and want to study how cognition and behavior emerge from the underlying neural dynamics across brain regions.
James D'Amour (now NIH in McBain lab)
Bianca Jones Marlin (now at Columbia in Axel lab)
Ana Raquel Martins
James Barger (NYU)
Jane Belyavskaya (SUNY Downstate Medical)
Naomi Lopez Caraballo (now at NYU)
Jordan Carboy (UT Southwestern)
Anja Dorrn (now at Max Delbruck Center Berlin, Poulet lab)
Ugomma Eze (now at UCSF)
Ritsa Frousios (NYU)
Christine Grosso (now at Hofstra Northwell School of Medicine)
Menghan Jin (now at Scripps)
Anna Kuo (Vassar)
Hannah LaBove (U Miami)
Xiaofei Lin (NYU)
Cyan McFarlane (now at Beer Sheva Medical School)
Joyce Mendoza Navarro (UPR Rio Piedras)
Eleni Papadoyannis (NYU)
Wasiq Rashad (Rutgers)
Feliz Reyes (INTEC, Dominican Republic)
Emilio Soto (now at UC Berkeley, Kriegsfeld lab)
Chloe Verducci (Mt. Holyoke)
Natalya Zaika (now at Tufts)
Xinying Zhang (NYU Shanghai)
High school students:
Debby Cheng (now at Princeton)
Harrison Lu (now at Wash U)
Daniel Rebibo (now at UCSD)