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Fall 2023
The ability to adaptively respond to changing environments is a fundamental aspect of intelligent behaviour. From catching a ball in motion to changing one’s mind in the face of new information, adaptation requires several key cognitive mechanisms, such as the flexible integration of sensorimotor...
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Investigating the pathophysiological mechanisms linked to 2 membrane proteins: the choline transporter 1 and the kidney anion exchanger 1
DownloadSpring 2023
Many diseases are caused by inherited mutations. Using molecular genetics and other laboratory techniques, they can be studied in vitro and in vivo. Congenital myasthenic syndromes is one example, for which I created an in-vitro model of the heterozygous mutations in the choline transporter...
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Fall 2020
Patterns are predictable, ubiquitous, and functional. In something as complex and vast as the nervous system, patterns play an important role in maintaining order through logical organization. Sensory systems are one such example where neuronal organization show common patterns across modalities....