RESEARCH
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RESEARCH
Welcome! We are a research team at the Rowland Institute at Harvard University. Using mice as a model system, we aim to understand how neural circuits contribute to adaptive motor behaviors.
Research
Executing successful movements requires the brain to predict the consequences of actions. It is believed that the brain builds internal models of our body and the environment in order to simulate the sensory and motor outcomes of movements.
Due to the constant changes in our body and environment (for instance, those due to fatigue, tool-use, or disease) these models require constant re-calibration, called motor adaptation, to keep us moving in predictable ways.
Where in the brain these models reside, how they are formed, and how they are updated following bodily or environmental changes remains unclear.
The goal of the laboratory is to reverse engineer the neural circuits that drive adaptive motor behavior. We hope that by understanding the neural basis of adaptive motor control we can open new avenues in therapeutic research for neurological disease and provide fundamental insights into brain function.
Mouse paradigms for studying adaptive motor control
We believe behavior is an essential component to understanding neural function.
We have developed a set of skilled motor tasks where mice can learn from a dynamically changing sensory landscape. By combining concepts from optimal motor control with the power of the mouse's genetics and accessibility, our lab aims to uncover fundamental principles that guide motor adaptation, learning, and control.
Technology
We are using and building on the latest techniques in 2-photon and deep brain imaging (including utilizing multi-area imaging with a 2-photon mesoscope), to uncover the neural correlates of adaptive behavior. We use optogenetics and chemogenetics to test what roles diverse areas have during behavior. Furthermore, we develop computational models and tools to generate testable hypotheses and analyze our data. Lastly, we aim to develop new robotic tools for the mouse community.
News
News
News
August 2018
July 2018
Our work on building the DeepLabCut toolbox, a deep learning method to track animals, was published in Nature Neuroscience: rdcu.be/4Rep
Our preprint on DeepLabCut was covered by The Atlantic!
We are very happy that Ed Young was able to talk to some of the earlier adopters of DeepLabCut as well. For more information, see our page on DeepLabCut.
Gary Kane, PhD (Postdoctoral fellow) joins the lab!
June 2018
Our first paper is accepted! Stay tuned!
April 2018
Our first preprint from the lab, in collaboration with Matthias Bethge, is up on arxiv (check out our abstract page)
March 2018
Congratulations to Melody Tong on completing her senior thesis!
Adrian Hoffmann (masters student) joins the lab!
Jan 2018
Tanmay Nath, PhD (Postdoctoral fellow) joins the lab!
Dec 2017
NVIDIA GPU Grant awarded to the lab! We thank NVIDIA Corporation for supporting our research.
September 1st, 2017
The lab doors are open!
August 2017
Our very talented friend, Taiga Abe, who completed his Harvard College thesis (Analysis and modeling of movement kinematics in a mouse model of motor adaptation) with Mackenzie, Alexander, and Nao, started his PhD graduate studies at Columbia University today! Congratulations!
May 2017
We will be presenting new work at NCMDub this week! Stop by our poster cluster to learn more about our past and future work.
Our paper is out today in Neuron!
Somatosensory Cortex Plays an Essential Role in Forelimb Motor Adaptation in Mice
March 22, 2017
March 2017
L to R: Prof. Nao Uchida, Dr. Mackenzie Mathis, Prof. Venki Murthy
Ph.D. successfully defended!
Here is a story from MCB Harvard about the new lab:
MCO GRADUATE TO OPEN LAB THROUGH THE ROWLAND INSTITUTE AT HARVARD
Feb 2017
First motor behavior paper accepted - stay tuned!
January 2017
Please consider joining! http://www2.rowland.harvard.edu/employment
come see our poster at COSYNE 2017!
Somatosensory cortex plays an essential role in forelimb motor adaptation in mice
Mathis, M.W., Mathis, A., Uchida, N. (2017). Cosyne Abstracts 2017, Salt Lake City USA
It's official! The lab will open at the Rowland Sept 1st!
December 2016
Team
Team
People
Mackenzie Mathis, PhD
Principal Investigator
mathis@rowland.harvard.edu
Office Location: 3rd Floor, 308
Google Scholar | CV
In the News: RJF position, Peralta Prize, NSF Fellowship, The Atlantic
Tanmay Nath, PhD
Postdoctoral Fellow - Data Scientist
nath@rowland.harvard.edu
Office location: 3rd Floor, 309
Tanmay completed his PhD focused on developing machine learning tools for biological systems. He joined the Mathis Lab in January of 2018.
Gary Kane, PhD
Postdoctoral Fellow
gkane@rowland.harvard.edu
Office Location: 3rd Floor, 309
Gary completed his PhD at Princeton, working on decision-making in rats. He joined the lab in July 2018.
Adrian Hoffmann
Masters student - University of Tübingen, Neural Information Processing
hoffmann@rowland.harvard.edu
Adrian completed his master's thesis in the lab through the University of Tübingen. He received a BS in Physics from Heidelberg University. He joined the lab in March 2018.
Eric Hepler
Animal Technician
Eric joined the Rowland in the fall of 2017, and provides technical support to several Fellows labs. He works with us on maintaining our precious mouse colony!
Collaborators:
Alexander Mathis, PhD
Lab Mathematician (our “in house“ collaborator)
Postdoctoral Fellow in the Bethge & Murthy and labs
amathis@fas.harvard.edu
Office Location: 3rd Floor, 310
Publications & website
Alexander collaborates closely with us on computational models of motor adaptation and learning, and using deep learning to quantify animal behavior (see DeepLabCut).
Matthias Bethge, PhD
Bethgelab.org
Travis DeWolf, PhD
Applied Brain Research - Publications & Blog
Alumni:
Melody Tong - Undergraduate Researcher|Harvard College Class of '18
- Melody was co-mentored by Mackenzie and Nao Uchida. Her thesis work was focused on characterizing a rapidly learned freely-moving reaching & pulling task in mice.
She is now attending medical school at NYU.
Funding
Funding
Funding:
We gratefully acknowledge the funding sources that make our research possible:
Current:
2018 - 19 | Mind, Brain Behavior Faculty Award
2017 - '22 | Rowland Fellowship to M. Mathis
2018 |NVIDIA GPU Grant Award
Past:
2017 | WATB/Project ALS - Postdoctoral Fellowship to M. Mathis
