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STUDENT PROFILES

· A · B · C · D · E · F · G · H · I · J · K · L


Todd Ahern

[tahern@learnlink.emory.edu]

  • Year Matriculated : 2004
  • Degree/School : BA in Neuroscience & Biology, Oberlin College
  • Advisor: Larry Young
  • Research Interest : I am interested in how early life experience influences the brain systems that underlie adult social bonding and nurturing behaviors.

     
  • Website


Amy Anderson

[akande2@emory.edu]

  • Year Matriculated: 2006
  • Degree/School : Neuroscience, College of William and Mary
  • Advisor: Clint Kilts
  • Research Interest : My three main areas of interest are 1) exploring cognition with fMRI 2) brain development in children and 3) familial transmission of affective disorders. My thesis research in Dr. Clint Kilts' lab allows me to combine these three areas in a unique collaboration with the Women's Mental Health Center at Emory. Generally, I am interested in social cognition and reward processing in the brain and how these processes change as the brain matures. I am also interested in the functional and anatomical brain changes that occur with the onset of depression and anxiety disorders.


Santiago Archila

[santiago.archila@emory.edu]

  • Year Matriculated : 2006
  • Degree/School: BS in Biomedical Engineering, Georgia Tech
  • Advisor: Astrid Prinz
  • Research Interest: The role of homeostatic synaptic plasticity in regulating neuronal network activity.


Harry Aung

[kyawhein@gmail.com]

  • Year Matriculated : 2008
  • Degree/School : BA in Biology, Grinnell College
  • Advisor: Xiao-Jiang Li

 



Catherine (Katie) Barrett

[cbarre2@emory.edu]

  • Year Matriculated : 2008
  • Degree/School: BS in Biology, Penn State
  • Currently doing lab rotations


David Bass

[dibass@emory.edu]

  • Year Matriculated : 2009
  • Degree/School: BA in Psychology, Cornell University
  • Currently doing lab rotations

 

 

 

James Bogenpohl

[jbogenp@emory.edu]

  • Year Matriculated : 2004
  • Degree/School : BA, Biology, Washington University
  • Advisor: Yoland Smith
  • Research Interest : Examining new pharmacological treatments for Parkinson's Disease involving metabotropic glutamate receptors and A2A adenosine receptors.


Andrew Brooks

[abrook6@emory.edu]

  • Year Matriculated : 2008
  • Degree/School : B.S. in Psychology, Mercer University
  • Currently doing lab rotations


Terrell Brotherton

[tbrothe@emory.edu]

  • Year Matriculated: 2006
  • Degree/School: Biology, Duke University
  • Advisor: Jonathan Glass
  • Research Interest : I am interested in protein misfolding in amyotrophic lateral sclerosis. The most common known mutations associated with ALS are found in the gene encoding superoxide dismutase 1 - a ubiquitous cytosolic protein. Despite the ubiquitous nature of this protein, motor neurons are selectively affected in disease, prompting the hypothesis that there is something specific in the motor neuron environment allowing for SOD1 toxicity. I am interested in discovering how the SOD1 protein in motor neurons differs from protein found in other neurons, specifically sensory neurons.


Catie Capello

[ccapell@emory.edu]

  • Year Matriculated: 2007
  • Degree/School : Animal Sciences, University of New Hampshire


Amanda Caster

[acaster@emory.edu]

  • Year Matriculated : 2006
  • Degree/School : B.S Physical Chemistry, B.S. Biomedical Science, Antioch University
  • Advisor: Rick Kahn
  • Research Interest : We work on the role of Arf (ADP ribosylation factor) dependent adaptors within the context of Alzheimer's disease. Specifically, we study how changes in membrane traffic affect production of neurotoxic beta-amyloid.


Milos Cekic

[mcekic@learnlink.emory.edu]

  • Year Matriculated : 2003
  • Degree/School : B.A. in Anthropology, Harvard University, M.A. in Anthropology, New York University
  • Advisor: Donald Stein


Monica Chau

[mchau@emory.edu]

  • Year Matriculated : 2008
  • Degree/School : B.S. in Neurobiology, Physiology, and Behavior; University of California, Davis
  • Currently Doing Lab Rotations


Stephen Collins

[sccolli@emory.edu]

  • Year Matriculated : 2004
  • Degree/School : B.S. in Biology, Minors in Biochemistry/Molecular Science and Neuroscience
  • Advisor : Stephen Warren
  • Research Interest : I am employing next-generation sequencing technologies to identify novel mutations in pediatric patients with undiagnosed mental retardation. Characterization of these mutations will create a greater understanding of the molecular mechanisms of learning and memory.

 

 

Debra Cooper

[debra.cooper@emory.edu]

  • Year Matriculated : 2007
  • Degree/School : Psychology, Duke University
  • Advisors : Leonard Howell & David Weinshenker
  • Research Interest : My interests are in the neurobiology of drugs of abuse.  Specifically I am focusing on cocaine pharmacotherapies using behavioral techniques and in vivo microdialysis.
     


Brittany Copp Howell

[bcopp@emory.edu]

  • Year Matriculated : 2006
  • Degree/School : Neuroscience, Tulane University
  • Advisor: Mar Sanchez


Sarah Cork

[scork@emory.edu]

  • Year Matriculated : 2005
  • Degree/School : Biological Anthropology, Duke University
  • Advisor: Erwin Van Meir
  • Research Interest : My dissertation research focuses on characterizing the mechanisms by which a novel brain-specific angiogenesis inhibitor (BAI1) impedes the progression of highly vascularized glioblastoma multiforme (GBM), the most common and deadly form of brain cancer in adults. I am investigating the proteolytic cascade which generates BAI1-derived secreted anti-angiogenic fragments and the signaling pathways they regulate, in addition to characterizing their anti-tumor activity in orthotopic xenograft models.


Charity Duran

[cduran@emory.edu]

  • Year Matriculated : 2006
  • Degree/School : Molecular Biology and Musical Peformance, Meredith College (NC)
  • Advisor: Criss Hartzell
  • Research Interest : I am interested in studying the role of ion channels in cell physiology.  Chloride channels are critical for numerous physiology processes including fluid and salt secretion, sensory transduction, pH regulation, and neuronal excitability.  Chloride channel defects result in a variety of diseases including cystic fibrosis, deafness, and neurodegenerative diseases.  Understanding the physiological roles of chloride channels and their regulation is key to developing disease therapies.  I am currently studying calcium-activated chloride channels.


Stacey Dutton

[sbdutto@emory.edu]

  • Year Matriculated : 2005
  • Degree/School : Biology, University of Maryland
  • Advisor: Andrew Escayg


David Ehrlich

[dehrli2@emory.edu]

  • Year Matriculated : 2007
  • Degree/School : Neuroscience, Brown University
  • Advisor : Donald Rainnie
  • Research Interest : My research interests include functional neuroanatomy, synaptic plasticity and neuromodulation, and nervous system development. I find the extended amygdala of particular interest because affective experience is ubiquitous; it provides an avenue to study how simple cellular and molecular changes amount to complex experiences that are universally relevant and appreciable. To this end, I use in vitro electrophysiology and molecular approaches to study activity- and experience-dependent changes in affective circuitry.


Alisha Epps

[sepps@emory.edu]

  • Year Matriculated : 2006
  • Degree/School : Psychology, University of South Carolina
  • Advisor: David Weinshenker
  • Research Interest : I am interested in the co-morbidity of depression and epilepsy. My research utilizes several lines of rats that have been selectively bred for susceptibility or resistance to a depression-like phenotype on the forced swim test. These rat lines are also differentially susceptible to seizures; I will use the kindling model of epileptogenesis to expand our understanding of this difference. I am also analyzing the genetic basis of this co-morbidity by QTL analysis and microarray to identify candidate genes of interest.


Yanjie Fan

[yanjie.fan@emory.edu]

  • Year Matriculated : 2008
  • Degree/School : B.S. in Biotechnology, Huazhong University of Science and Technology
  • Currently doing lab rotations


Lindsey Fischer

[lrfisch@learnlink.emory.edu]

  • Year Matriculated : 2005
  • Degree/School : B.S. in Neuroscience and Behavioral Biology, Emory University
  • Advisor: Jonathan D. Glass, MD
  • Research Interest : My research is on oxidative stress-mediated axon degeneration. I am studying the role of Cu,Zn-superoxide dismutase (SOD1) in motor axons, and am interested in how this function may be altered in the setting of motor neuron disease.


Ming-fai Fong

[ming-fai.fong@emory.edu]

  • Year Matriculated : 2008
  • Degree/School : B.S. in Mechanical Engineering, Massachusetts Institute of Technology
  • Currently doing lab rotations


Sara Freeman

[smfreem@emory.edu]

  • Year Matriculated : 2007
  • Degree/School : Biology, University of Virginia
  • Advisor: Larry Young
  • Research Interests : I am interested in the neural and genetic basis of social behavior, specifically the mechanism of action and circuitry of the neuropeptide oxytocin and its role in mediating social and maternal motivation and the processing of social cues.


Chris Funderburk

[funde001@gmail.com]

  • Year Matriculated : 2008
  • Degree/School : Biology and Chemistry; M.A. in Cellular and Molecular Biology, University of Alabama
  • Advisor: Kerry Ressler

 

 

 

Meriem Gaval

[mgaval@emory.edu]

  • Year Matriculated : 2005
  • Degree/School : Biology/Psychology, Florida State University
  • Advisor: David Weinshenker
  • Research Interests : My main research interest is the neurobiology of drug addiction, with emphasis on cocaine pharmacotherapies. Recently, a drug called disulfiram has been shown to decrease cocaine intake in addicts, but the mechanisms of how it is doing so are not well-understood. Disulfiram is an inhibitor of the enzyme DBH, the enzyme that converts dopamine to norepinephrine. I am currently using DBH WT and KO mice to test whether pharmacological and genetic DBH inhibition can result in hyperdopaminergic signaling and whether this is underlying aversive responses to cocaine.


Kalynda Gonzales

[kkgonza@emory.edu]

  • Year Matriculated : 2006
  • Degree/School : Biology, University of Massachusetts, Boston
  • Advisor: T. Wichmann/Y. Smith


Yair Gozal

[ymgozal@emory.edu]

  • Year Matriculated : 2004
  • Degree/School : Biology, Chemistry, and History, Case Western Reserve University
  • Advisor : Allan Levey
  • Research Interests : I am primarily interested in the pathogenesis of neurodegenerative diseases. Specifically, I am using proteomic and biochemical approaches to study frontotemporal dementia (FTD), a common cause of dementia in the US.


Lucy Guillory

[lcguill@emory.edu]

  • Year Matriculated : 2007
  • Degree/School : Psychology, University of Georgia
  • Advisor : Charles Nemeroff and Becky Kinkead
  • Research Interests : I am interested in the neurobiology of schizophrenia.  Particularly, I am interested in how the neuropeptide neurotensin modulates response to antipsychotic drugs. I am also interested in sex differences in schizophrenia and how the estrous cycle in rats affects dopamine and neurotensin systems. I use knockout of the neurotensin gene and overexpression of neurotensin receptors in rodents to explore the behavioral and neurobiological effects of neurotensin on antipsychotic drug response.


Nicola Hanson

[nhanson@learnlink.emory.edu]

  • Year Matriculated : 2002
  • Degree/School : B.S. in Neuroscience and Behavioral Biology, Emory University
  • Advisor: Charles Nemeroff
  • Research Interest : I am interested in the effects of manipulation of the corticotropin-releasing factor (CRF) system on various aspects of hippocampal neuroplasticity, including cell proliferation / neurogenesis, cell death / atrophy, and expression of neurotrophic factors and their receptors.


Erin Hecht

[ehecht@emory.edu]

  • Year Matriculated : 2006
  • Degree/School : Cognitive Science and Neuroscience, University of California, San Diego
  • Advisor: Lisa Parr
  • Research Interest : I am interested how the brain evolved to support complex social cognitive behavioral abilities like action understanding, imitation, and empathy.  I use diffusion tensor imaging, PET functional neuroimaging, and behavioral tasks to study the neural correlates of these abilities in rhesus macaques, chimpanzees, and humans.


Eric Heuer

[eheuer@learnlink.emory.edu]

  • Year Matriculated : 2004
  • Degree/School : B.S. Neuroscience & Psychology, Allegheny College
  • Advisor : Jocelyne Bachevalier
  • Research Interest : My research focus is aimed at discerning the functional relationships between the medial temporal lobe and prefrontal cortex in learning and memory. I am currently employing behavioral assessment, PET imaging and histological anatomy in neonatally lesioned non-human primates to address these issues.


Shareen Iqbal

[saiqbal@emory.edu]

  • Year Matriculated : 2004
  • Degree/School : BA, Psychology, Indiana University
  • Advisor : Leland Chung
  • Research Interest : Interested in interactions between the immune and nervous systems at the neuroendocrine and behavioral level.


Michael Jutras

[mjutras@emory.edu]

  • Year Matriculated : 2004
  • Degree/School : BS, Neuroscience, Brown University
  • Advisor: Elizabeth Buffalo
  • Research Interest : I am generally interested in the neural mechanisms underlying complex behaviors such as learning and attention. My research is directed towards investigating the rhythmic activity of neural networks in the medial temporal lobe and how this activity correlates with memory formation.


Eileen Kessler

[ejkessl@emory.edu]

  • Year Matriculated : 2007
  • Degree/School : Psychology, Smith College
  • Advisor: Leonard Howell
  • Research Interest : I am interested in neuroadaptations in the serotonin system and its role in modulating the dopamine system in the context of cocaine abuse.


Leila Khoogar

[lkhooga@emory.edu]

  • Year Matriculated : 2009
  • Degree/School : BS in Neuroscience and Behavioral Biology, Emory University
  • Advisor : Steven Warren
  • Research Interest : I am interested in using new techniques in genetics to determine important genes/proteins involved in the pathogenesis of Fragile X syndrome and autism spectrum disorders.

 

 

Lanikea King

[lking7@emory.edu]

  • Year Matriculated : 2008
  • Degree/School : University of Hawaii
  • Currently doing lab rotations


Michael Kelly

[mckelly@emory.edu]

  • Year Matriculated : 2005
  • Degree/School : B.S. Neuroscience, University of Rochester
  • Advisor: Ping Chen
  • Research Interest : I am interested in the cellular mechanisms involved the development of the mammalian auditory sense organ, the organ of Corti. I am also interested in using this knowledge to test possible interventions to induce functional regeneration of auditory hair cells after acute deafening.


Damon Lamb

[dlamb@emory.edu]

  • Year Matriculated : 2007
  • Degree/School : BS Mathematics, University of Maryland, College Park;  BS Computer Engineering, University of Maryland, College Park;  MS Computer Science, University of Chicago
  • Advisor: Ron Calabrese and Rob Butera
  • Research Interests : Biological Neural Networks, neural modeling, electrophysiology, and information processing


Sammy Lee

[mhlee4@LearnLink.Emory.Edu]

  • Year Matriculated : 2007
  • Degree/School BS in Biochemistry and Psychology, Texas A&M University
  • Advisor: Lian Li
  • Research Interest : I'm interested in investigating the pathogenesis of neurological diseases at the molecular and cellular levels, specifically by characterizing the biochemical properties and functions of proteins implicated in these diseases as well as the molecular and cellular consequences of genetic mutations in these proteins.  


Andrea Liatis

[aliatis@learnlink.emory.edu]

  • Year Matriculated : 2003
  • Degree/School : B.S. in Biology, Georgia Institute of Technology
  • Advisor : Andrew Miller


Megan Lyle  (Desai)

[malyle@emory.edu]

  • Year Matriculated : 2007
  • Degree/School : Psychology, Davidson College
  • Advisor : David Weinshenker
  • Research Interest : I am interested in the role of norepinephrine in cocaine addiction and relapse.