Luke Kaplan

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Single-molecule imaging has emerged as a powerful new approach enabling biochemical reactions to be explored through real time visualization. However, these experiments remain technically demanding and by necessity are designed to look at individual reactions, which can make it challenging to collect statistically relevant data sets. To overcome this(More)
Dynein-dependent transport of organelles from the axon terminals to the cell bodies is essential to the survival and function of neurons. However, quantitative knowledge of dyneins on axonal organelles and their collective function during this long-distance transport is lacking because current technologies to do such measurements are not applicable to(More)
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