Out students do extremely exciting things in and out of the classroom. We are proud to support them in these endeavors as well as promote their accomplishments.
Junior Max Wallack Featured on Channel 5 News
Check it out HERE!
Summer Researchers Present at 15th Annual Undergraduate Research Symposium:
Our summer researchers presented their work at the UROP Symposium held on Friday, October 19th. Here are some pictures from the event.
Kellen Haley ’14:
Kellen recently found out that an abstract that she submitted for a project she worked on at MGH over the summer to the International Stroke Conference, was accepted! She will be making a poster to display at the Conference and attend to answer questions from faculty-lead tour groups and anybody else who may walk by.
Read Kellen’s abstract here!
Andrew Whiteman ’12:
Congratulations to you and your team!
Congratulations! Your presentation (below) has been accepted into the Society for Neuroscience’s Neuroscience 2012’s media materials as a “Hot Topic.”
Title: High-confidence recognition memory is associated with greater aerobic capacity in healthy young adults
Authors: *K. SCHON1, A. S. WHITEMAN1, D. E. YOUNG2, R. C. WAGENAAR2, C. E. STERN1;
1Dept. of Psychology and Ctr. for Memory and Brain, 2Sargent Col. Dept. of Physical Therapy and Athletic Training, Boston Univ., BOSTON, MA
Summer 2012 Research Students:
Hannah Waxman in the Traniello lab.
Alyssa Thomason in Irina Zhdanova’s lab.
Thomas Ransegnola working in the surgery room and on the microdrive in Mike Hasselmo’s lab.
A senior in the class of 2013, Reena is spending her summer at Berkeley doing research under Dr. Dan Feldman on a project titled “Inhibitory Plasticity and Neural Projections in Somatosensory Cortex in Rodents”.
Here’s what Reena had to say about her research:
Among our senses, one of the most important is the sense of touch to explore our surroundings. Somatosensory processing can be studied using the whisker system in rodents. A complex whisker system evolved as the primary sensor for rodents to detect their surroundings in a dark environment. To examine specific types of processing, sensory experience can be modified by depriving specific whiskers of sensory input. My projects focus on two aspects of the somatosensory processing system. In cortical layer 2/3 of primary somatosensory cortex (S1), there are local circuits consisting of both excitatory and inhibitory neurons. Electrophysiological experiments have shown that when whiskers are clipped to induce sensory deprivation, inhibition in L2/3 decreases. I studied the molecular mechanisms of this reduced inhibition and found no difference in activity levels of inhibitory cells between deprived and spared (non-clipped) columns. This suggests that the marker of neural activity we used may not be an accurate indicator of the true activity levels of the inhibitory cells. I next focus on the broader somatosensory system. Preliminary sensory processing occurs in S1. Integration with higher-level brain regions is necessary for complex sensory processing such as texture discrimination, or for combination with other sensory modalities. These higher brain regions have been identified in mice through examination of 2D histological slicing. Although a reliable method, it may lose accuracy due to distortions as a result of slicing. I take a new approach to identifying these regions in rats. I have made whole transparent rat brains and aimed to map connections from S1 in 3D with low-power epifluorescence microscopy. At low-power, only blood vessels and non-specific cell body labeling were visible. Preparing a transparent brain may disrupt the fluorescence labeling of axon fibers. These studies in S1 contribute to our understanding of sensory signals as they move from the environment to higher processing regions in the brain.
A member of the Class of 2011, Greg was an integral part of our student journal, The Nerve, and also writes his own blog about reflections on the mind and brain.
Steve was an active member of our first graduating class (Class of 2010). He is currently a graduate student at MIT and writes a neuroscience blog.
An incoming member of the class of 2016, Max recently traveled to Reno to present about philanthropy and his research. Check out his presentation here!
Congratulations to Max and being awarded the Gloria Barron Prize for Young Heroes. He’s donating the funds to the Pharmacology and Experimental Thereapeutics Laboratory at Boston University’s Alzheimer’s Disease Center. Reed more here!
Know someone we should recognize in our student spotlight? Nominate them here!