… two important kinetochore functions: checkpoint signaling and molecular motor activity.
Overall, our findings establish a foundation for opotogenetic manipulation of kinetochores and …

… by the forces exerted by kinetochore microtubules and polar ejection … kinetochore fibers
with bridging fibers in chromosome alignment is unknown. Here, we develop an optogenetic …

… by the forces exerted by kinetochore microtubules and polar ejection … kinetochore fibers
with bridging fibers in chromosome alignment is unknown. Here we develop an optogenetic …

… by the forces exerted by kinetochore microtubules and polar ejection … kinetochore fibers
with bridging fibers in chromosome alignment is unknown. Here we develop an optogenetic …

… protein functions in living cells. We provide a brief overview of various types of optogenetic
switches. We then discuss how diverse approaches have been used to control cytoskeleton …

… Since p60-severing activity depends on its recruitment to microtubules, we considered
this enzyme to be a promising candidate for an optogenetic tool. We tested an assortment of …

… Here, we demonstrate exactly this capability by combining optogenetic control of Ras/extracellular
signal-related kinase (ERK) signaling with the genetic loss of the receptor tyrosine-…

… Thus, our approach of optogenetic control of Kif18A localization led to association of …
the optogenetic knocksideways, we can study the dynamics of the cut kinetochore fibers …

… We describe an optogenetic platform, based on photosensitive chemical inducers of dimerization,
which provides control over dimerization of … Optogenetic control of kinetochore function …

… Different microtubule populations contribute to spindle function: kinetochore microtubules
attach and transmit forces to chromosomes, … Optogenetic control of microtubule dynamics. …