CURRENT LAB MEMBERS
 
            Michelle T. Tong, PhD  
Assistant Professor of Neurobiology
Macalester College, St Paul, MN, USA
I am a behavioural neurobiologist broadly interested in the role that the extracellular matrix (ECM) plays in learning and memory. We use olfactory behavioural paradigms and the highly tractable olfactory circuits to investigate how ECM structures contribute to the encoding and maintenance of the complex olfactory environment.
My research is informed by 3 theoretical frameworks. First, in contrast to trauma-related memories, we want to understand how animals learn from and remember rewarding and mundane experiences. Second, we assume that the brain is set up to perform a set of domain-general functions rather than a collection of innate/specialised functions. Finally, I am interested in exploring how neuroscientific knowledge can be used to challenge, rather than reinforce, harmful normative social frameworks. In my teaching, I try to cultivate an environment where students are agents in their own learning.
I received my PhD in Psychology (behavioural and evolutionary neuroscience) from Cornell University in Ithaca, NY and my BSc in psychology from Queen's University in Kingston, ON.  I enjoy reading books, staying active, doing aikido, spending time with friends, and rotating through a variety of highly-specific hobbies (currently: kintsugi). 
📚 Favourite book: The Sellout by Paul Beatty.
Neuroscience, 2026
Project: Perineuronal nets in the olfactory bulb are needed for fine, but not coarse-scale, discrimination
🎥 Favourite movie: Spirited Away
Neuroscience & Biology/Chemistry/Psychology minor, 2027
Project: Sex differences in adolescent diazepam exposure on reward-related memory and perineuronal nets
🎥 Favourite movie: The Shining
Biology and Chemistry, 2028
Project: Sex differences in adolescent diazepam exposure on reward-related memory and perineuronal nets
🎥 Favourite movie: Sherlock Holmes
Neuroscience & Stats/Spanish minor, 2027
Project: Sex differences in adolescent diazepam exposure on reward-related memory and perineuronal nets
📚 Favourite book: Giovanni’s Room by James Baldwin
Biology/Biochemistry & Chemistry, Neuroscience minor, 2027
Project: Microglia-Mediated Loss of Hippocampal Perineuronal Nets in Mild Respiratory COVID
🎥 Favourite movie: Into the Spiderverse
Neuroscience & Political Science, 2026
Project: Extracellular Matrix and Plasticity: Perineuronal Nets are Necessary for the Persistence of Olfactory Perceptual Learning
🎥 Favourite movie: The Princess Bride
LAB GUARDIAN BEASTS
 
              
            Little Moon
Currently teaching us about the goodness of self-possessed companionship. 
Favourite book 📚: Pippi Longstocking by Astrid Lindgren
 
              
            Icy
Lab emotional support staff. Teaches us that it is perfectly ok to ask for care.
Favourite book 📚: The Rabbit Listened by Cori Doerrfeld
 
              
            Max
Our gentle philosopher king. Teaches us that “love is an act of will - namely, both an intention and action.”
Max left this world on June 17, 2022 <3
 
              
            Appa
Lab community builder and good friend. Teaches us to bring our curious joy to science.
Appa left this world on March 5, 2020 <3
INSPIRING LAB ALUMNI
Neuroscience & Data Science, 2025
Project: Novel adeno-associated virus mediated selective degradation of perineuronal nets in the olfactory bulb
📚 Favourite book:A Confederacy of Dunces by John Kennedy Toole
Currently: Research technician at the University of Minnesota (Umpierre Lab)
Neuroscience, 2025
Project: Extracellular Matrix and Plasticity: Perineuronal Nets are Necessary for the Persistence of Olfactory Perceptual Learning
🎥 Favourite Movie: Knives Out (2019)
Currently: medical technician at Abbott Northwestern
Biology & Neuroscience, 2025
Project: Investigating Microglia-Mediated Loss of Hippocampal Perineuronal Nets in Mild Respiratory COVID
📚 Favourite book:Normal People by Sally Rooney
Currently: Master of Science in Reproductive Science, Northwestern Medical
Neuroscience & Biology, 2025
Project: Novel adeno-associated virus-mediated selective degradation of perineuronal nets in the olfactory bulb
🎥 Favourite movie: Mamma Mia
Biology & Biochemistry, 2025
Project: Novel adeno-associated virus mediated selective degradation of perineuronal nets in the olfactory bulb
🎥 Favourite movie: What Happened to Monday
Neuroscience, 2024
Project: Perineuronal net expression around spinal V1 neuron in ALS model
🎥 Favourite movie: All the Marvel movies
Currently: Research tech at Harvard/MIT Broad Institute
Biology (M) & Anthropology (m), 2024
Project: Investigating Microglia-Mediated Loss of Hippocampal Perineuronal Nets in Mild Respiratory COVID
📺 Favourite show: Grey’s Anatomy
Currently: Research technician with Yonker Lab at Harvard/MGH
Neuroscience, 2024
Project: Olfactory perceptual learning requires olfactory bulb extracellular matrix
🎥 Favourite movie: The Harry Potter series
Currently: Research technician at NIH
Neuroscience, 2024
Project: Extracellular Matrix and Plasticity: Perineuronal Nets are Necessary for the Persistence of Olfactory Perceptual Learning
Biology, 2024
Project: Extracellular Matrix and Plasticity: Perineuronal Nets are Necessary for the Persistence of Olfactory Perceptual Learning
Biology, 2024
Project: Investigating Microglia-Mediated Loss of Hippocampal Perineuronal Nets in Mild Respiratory COVID
Neuroscience, 2023
Project: Age-related differences in perineuronal nets in the olfactory bulb and piriform cortex
📚 Favourite book: The Perks of Being a Wallflower by Stephen Chbosky
Neuroscience, 2022
Project: Age-related differences in perineuronal nets in the olfactory bulb and piriform cortex
📚 Favourite book: The Brain Under Siege by Howard Weiner.
Biology & Music, 2021
Project: Odour-induced perineuronal net expression in the dentate gyrus
Neuroscience, 2020
Project: “Perineuronal nets are selectively expressed around learning-related neurons”
Neuroscience, 2021
Project: “Perineuronal nets are selectively expressed around learning-related neurons”
Currently: PhD student Biology at Rensselaer Polytechnic Institute
Biochemistry & Psychology, 2021
Project: “Perineuronal nets are selectively expressed around learning-related neurons”
Currently: PhD student Neuroscience at New York University
Neuroscience, 2021
Project: “Perineuronal nets are selectively expressed around learning-related neurons”
Neuroscience & Biochemistry, 2019
Project: "The Effect of Social Interaction on Chronic Stress-Induced Aberrant Decision-Making in Mice" (Supported by a Psi Chi Undergraduate Research grant)
Currently: PhD in Translational Neuroscience at the University of Edinburgh (Wellcome Trust fellow)
Biochemistry, 2019
Project: "Perineuronal Nets expression in olfactory perceptual learning" (Supported by Indiana Academy of Sciences)
Currently: Lab technician at Brigham & Women’s Hospital
Neuroscience, 2019
Project: "Perineuronal Nets mRNA expression following olfactory perceptual learning"
Currently: PhD in Human Development at Cornell University
Neuroscience, 2020
Project: "Role of Perineuronal Nets in Reducing Memory Interference in Mice"
Currently: University of Pennsylvania MS Nursing & Midwifery.
Biochemistry, 2019
Project: “Odor similarity decreases learning and memory of olfactory discrimination”
Currently: Research technician at Johns Hopkins
Psychology & Computer Science, 2019
Project: "Group projects that require interdependence increase cross-disciplinary perceptions of value"
Neuroscience, 2020
Project: "Role of Perineuronal Nets in Reducing Memory Interference in Mice" (Supported by NSF No. 1559992)
Neuroscience, 2018
Anthony left this world on Dec 31, 2020. Rest in power, Anthony <3
Chemistry & Mathematics, 2020
Project: "Role of Perineuronal Nets in Reducing Memory Interference in Mice"
Currently: Masters in Mathematics at Miami University

 
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
       
  
  
    
      
      
Neuroscience & Stats minor, 2026
Project: Simulations of the effects of perineuronal nets on mitral cell intrinsic properties and network behaviour
📚 Favourite book: The Glass Castle by John Jeannette Walls