POSTER HALL 9: Chemistry, Biochemistry, Biophysics, & Neuroscience 2023

Kloe Keeter
We have recently reported a toolkit of synthetic adhesion molecules (syncams) that are responsible for cell migration, cell-cell binding, and cellular activation.
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Huy Do
Insight Into the Structural Evolution of Polyamine Acetyltransferases Across Prokaryotes, Eukaryotes, and Archaea
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Anna Makar-Limanov
Have you ever wondered how we develop new kinds of materials suitable for the 21st century?
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Jessie Blumenfeld
Alzheimer’s Disease (AD) is a progressive neurodegenerative disorder characterized by a severe decline in memory.
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Zunaira J. iqbal
My research interests span across neurolinguistics, psycholinguistics, perceptual psychology, and bilingualism.
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Jonathan Philpott
My current predoctoral research focuses on the molecular level details of mammalian circadian rhythms, particularly the interaction between the clock proteins PERIOD2 (PER2) and Casein Kinase Id (CK1d).
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Alauna C. Wheeler
I study the fundamental physics behind the self-assembly of biological and non-biological microstructures.
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Samantha T. Hung
Ultrafast infrared spectroscopy provides access to the picosecond dynamics of liquids confined in mesoporous silica, an orderly and well-characterized nanomaterial with applications from medicine to energy.
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Savannah Conlon
The NEIL family of DNA repair enzymes are critical in maintaining the integrity of our genome by recognizing and removing oxidative base damage from the genome.
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Tanner Stevenson
In order to behave appropriately in an ever-changing environment, all animals must be able to change their behavior on the fly.
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Kateryna Voitiuk
Electrical activity represents a functional readout of neural circuits, which we can monitor and perturb to understand how the neural network works.
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Rachel O’Sullivan
One of the most well-studied properties of the vCA1 region of the ventral hippocampus is its capacity to represent experiences imbued with the motivation to avoid.
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Anna Marie
After nearly four years as a neuroscience researcher, I made a career pivot.
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Jennifer Hofmann
My work involves building computational models of how proteins move and interact inside of living cells, as well as components of biologic therapeutics.
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