The number of microtubule motors attached to vesicles, organelles, and other subcellular
commodities is widely believed to influence their motile properties. There is also evidence that …

The collective function of motor proteins is known to be important for the directed transport of
many intracellular cargos. However, understanding how multiple motors function as a group …

Subcellular cargos are often transported by teams of processive molecular motors, which
raises questions regarding the role of motor cooperation in intracellular transport. Although our …

Microtubule-dependent transport is most often driven by collections of kinesins and dyneins
that function in either a concerted fashion or antagonistically. Several lines of evidence …

Transport of intracellular cargos by multiple microtubule motor proteins is believed to be a
common and significant phenomenon in vivo, yet signatures of the microscopic dynamics of …

Intracellular transport is supported by enzymes called motor proteins that are often coupled
to the same cargo and function collectively. Recent experiments and theoretical advances …

Intracellular transport is a fundamental biological process during which cellular materials are
driven by enzymatic molecules called motor proteins. Recent optical trapping experiments …

Purpose The purpose was to compare resident endovascular simulator performance with
and without prior simulation. Methods Radiology residents were guided through a practice …

… such that d, – b. But then by assumption on b, b = sup D thus b é CD We motivate the naming
possibility nest by noting that any such ordering produces a nested family of measurable …

… D Finally we have the following result that shows that the interval-valued probability measure,
i, is the best possible for the cloud that generated it. Theorem Letc, i, be a continuously …