vanhoosr at brandeis dot edu
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Postdocs
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Leandro de Oliveira Royer
I am interested in how molecular properties and pathways integrate in order to accomplish cell functions. My current project is a collaboration with the Paradis lab and investigates what are the cellular functions of Rem2 in neural development and plasticity. I am also interested in technical analysis of stock and future markets. In my spare time I like to complain about overrated soccer players.
lroyer at brandeis dot edu
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PhD students
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Chelsea Groves Kuhnle
A psychology major in undergrad, my obsession with brains has only blossomed over time. As a graduate student, joint between the Van Hooser lab and the Turrigiano lab, I hope to better understand how genetics and experience lead to both healthy and diseased neural circuitry development. While science is my first love, if I were ever forced to choose another path, I would train marine mammals for a living, particularly harbor seals. When not in lab, I practice for said alternative career path by training my new puppy Marie, just in case.
cgrovesk at brandeis dot edu
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Jason Osik
I am interested in how synaptic plasticity and neuronal intrinsic mechanisms modulate the information processing capacities of single neurons and sensory circuits. I use electrophysiology, optogenetics, and computational techniques to probe the experience-dependent emergence of functional maps and their underlying circuitry. I am a musician, I am interested in functional analysis and eastern European literature (in my "copious" spare-time), and was a librarian in a past life. I also use Oxford commas.
osik at brandeis dot edu
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Sarah Richards
I am interested in how genes and experience interact to form functional neural circuits. My current project is in collaboration with the Paradis Lab and uses in vivo two photon imaging to explore the role of the small GTP-ase Rem2 in the development, maintenance, and plasticity of the mouse visual system. In my spare time, I enjoy cycling, baking, and adventures with my dog.
srichard at brandeis dot edu
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Andrea Stacy
As a graduate student in the Van Hooser lab, I am interested in the development of neural circuits and the experience-dependent mechanisms that contribute to their
formation. My project involves utilizing carbon fiber technology to identify thalamocortical connections and perform electrophysiological recordings in the LGN and visual cortex of the ferret. In my free time I enjoy running, brewing beer, and exploring both new music and old.
astacy at brandeis dot edu
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Shen Wang
I am interested in how neural circuits function. My current project is a collaboration with Ken Miller and focuses on experimental tests of the stabilized supralinear network model in ferret's visual cortex.
| I also like to learn anything about how the brain works, and I enjoy the moments of thinking about it while I run or swim. |
swbumem at brandeis dot edu
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Undergraduates
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Tudor Dragoi
I am majoring in neuroscience and hope to pursue PhD studies. I’m fascinated by how neuronal populations interact to encode internal and external variables relevant for complex behavior. One emergent property of circuits in visual cortex is orientation selectivity. In the lab I assist with computational and experimental studies to study mechanisms of orientation selectivity.
tdragoi at brandeis dot edu
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Daniel García
I am interested in how brain circuits generate meaningful information. I want to pursue doctoral education in the future and become a researcher in neuroscience. I am currently working on spike sorting of memory experiments on the rat hippocampus. Outside of neuroscience, I like to discuss education, film and philosophy. I enjoy programming and speedsolving the rubik’s cube from time to time.
danielgarcia at brandeis dot edu
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Andrew Lipnick
I am double-majoring in neuroscience and math. My interests lie in understanding and modeling systems such as neural circuits. I intend to pursue these interests further after obtaining a PhD degree. In the lab, I assist with surgeries and experiments on ferrets, prepare cortical slices for microscopy, and aid in data analysis. I am also working on a computation project which aims to model velocity tuning in the retina and LGN. Outside of classes and lab work, I like reading and learning more about various topics in math and science. In my meager spare
time, I also enjoy cooking, powerlifting, and listening to music.
alipnick at brandeis dot edu
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Amanda Huang
I am an undergraduate research assistant that aids with ferret surgeries and ferret care. I am a biology major with an interest in neuroscience and am currently on the pre-med track. Aside from science, I love film making and going on photography adventures.
ahuang at brandeis dot edu |
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Benyamin Meschede-Krasa
I am hoping to move on to veterinary school after I graduate and am currently working together with our resident veterinarian on daily animal husbandry and health care. Neuroscience courses have fascinated me so far and I hope to delve deeper into the topics that interest me through lab work.
bmeschkra at gmail dot com
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Kamil Moroz
I am an undergraduate research assistant that focuses on animal husbandry and post operative care. By being an anesthetist during surgeries I can help ensure that injections are correctly and carefully injected in order to fully optimize animal health and safety, as well as data integrity. I look forward to combining critical care with research to help advance prosthetics.
kmoroz at brandeis dot edu
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Nathan Schneider
I love learning more about the brain and plan on getting a PhD in neuroscience. In the lab I care for the experimental ferrets and help build carbon fiber electrodes. Outside the lab you can find me singing with my a cappella group, playing clarinet with the orchestra, or dancing on my YouTube page.
nategr8 at brandeis dot edu
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Ziqi Wang
I am a double major in biology and computer science. With my computer science background and interest in data science, I am currently working on a framework for neuroscience data that will allow future researchers to migrate their data easily to this platform and perform various analysis more easily and efficiently. Personally speaking, I am a huge fan of all sort of music and animation.
wangziqi at brandeis dot edu
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Alumni
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Jenn Wolff - aka lab Batman (2010-2015)
Program Manager at EBICS, MIT (as of 6/25/2015)
EBICS
seeks to apply engineering principles to biological systems, in order
to create biological machines. I manage projects of some 25
investigators under that umbrella to further EBICS' ultimate goal: both
creating and defining small, modular biological units (sensors,
transporters, oscillators, switches) that can combine to create
organoids and bots that address complex problems.
jwolff at brandeis dot edu | PubMed
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Nora Anderson - lab manager (2015-2017)
I prefer dogs over cats, tea over coffee, and yoga over cardio any day. Gardening, drawing and reading, while I often don't find time for them, are my other interests. I enjoy being hands on in many things I do including making electrodes for the lab. I assist in many electrophysiology experiments. I am currently working on characterizing ferret LGN cell properties and exploring the role of experience in their development.
nmarie at brandeis dot edu
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Arani Roy (Postdoc, 2010-2017)
I am interested in the plasticity of the neural circuitry during development and learning. During graduate school at Duke University I used in vivo intracellular recordings and behavioral manipulations in songbirds to study plasticity in the oscine song system. Currently I am using a combination of techniques – in vivo two-photon imaging, intracellular recordings, optogenetics, etc – to elucidate the plasticity mechanisms underlying development of motion direction selectivity in the ferret visual cortex. In my spare time I listen to Indian and western classical music and blues. My alter ego spends his life daydreaming about being a filmmaker like Bunuel.
araniroy at brandeis dot edu | Google Scholar
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Gina Escobar (Postdoc, 2010-2012)
Joint appointment with the lab of Paul Miller.
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Marjena Popović (PhD, 2016)
I am interested in how animals and humans acquire structured internal representations of their visual environment through unsupervised learning. I conduct human behavioral studies to show that human perception of low level features is probabilistic inference that relies on probabilistic representations of uncertainty about sensory stimuli. By using electrophysiological recordings in awake ferrets, I explore the neural bases of such representations in the context of development, neural variability and spontaneous activity.
marjenap at brandeis dot edu |
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I’m a sci-fi nerd and am working to make some of the cooler of our collective ideas come about. This typically involves regular philosophising with other Van Hooserians and long electrophysiology experiments. I primarily use the model system described by Li et al., 2008 (where direction selectivity is rapidly induced in developing ferret V1) to explore how experience influences the development of neural circuits. I enjoy much of the rest of my time by playing Go, brewing beer, reading (good sci-fi and terrible fantasy), and living surrounded by interesting people.
nritter at brandeis dot edu
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Claire Symanski (Jadhav lab)
Claire has moved to be 100% in the Jadhav lab. We still like her!
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As a joint graduate student between the Van Hooser and Jadhav labs, I am interested in understanding how the brain changes due to experience and learning. My project utilizes calcium imaging in awake, freely behaving rats as they learn a memory-guided decision making task. My goal is to study changes in cellular tuning properties at the level of large populations of neurons, over the course of learning. In my "free time," I enjoy painting, reading, playing board games of all kinds, and exploring Boston.
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csymansk at brandeis dot edu
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Jared Clemens - Research Assistant (2010-2012)
jmc109 at brandeis dot edu
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