Applied Science honors its high-achieving graduates
The Department of Applied Science would like to congratulate a cohort of undergraduate Honors students who have successfully defended their Honors theses.
(pictured from left to right)
Daniel Borrus. Neuroscience honors thesis: Plateau potential fluctuations and intrinsic membrane noise.
John Marken. Mathematics honors thesis: Absolute fluctuation robustness in chemical reaction networks.
Francis Pham. Neuroscience honors thesis: Optogenetic studies of the preBötzinger complex: support for the Dbx1 core hypothesis.
Carly Martin. Neuroscience honors thesis: Unraveling the cellular origins of breathing: Dbx1-derived neurons in the preBötzinger complex of neonatal mice.
Sonia Dermer. Neuroscience honors thesis: The sodium channel NaV 1.6 in respiration.
Kaitlyn Dorst. Neuroscience honors thesis: The neural basis of breathing rhythm: TRPM4 and TRPC3 ion channels contribute to inspiratory burst generation in Dbx1-derived interneurons of the preBötzinger Complex in mice.
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