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In article number 1701136, by Mehmet Cagatay Tarhan and co‐workers, MEMS tweezers allow the manipulation of biological samples such as individual microtubules. Bridging between parallel walls, these 25 nm diameter tubular structures can be picked by sharp protruding tips. Motorized stage positions target the location with high precision to place the microtubules carried between the tips. Repeating...
Intracellular transport is affected by the filament network in the densely packed cytoplasm. Biophysical studies focusing on intracellular transport based on microtubule–kinesin system frequently use in vitro motility assays, which are performed either on individual microtubules or on random (or simple) microtubule networks. Assembling intricate networks with high flexibility requires the manipulation...
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