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绿叶加速器最新版-快连加速器app
First paper from Koester lab! In a collaboration with Marco and the Kukura lab, an in vitro membrane-tethered acto-myosin network was imaged with iSCAT microscopy.
First author Lewis Mosby contributed the tracking software.
>> Find out more
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绿叶加速器最新版-快连加速器app
Phil reveals how the kinetochore protein CENP-F helps hold onto microtubules with one hand, while limiting the motorised stripping of corona components with the other
>> Read the paper
| [Link] |
绿叶加速器最新版-快连加速器app
Gabrielle has found a new type of vesicle in human cells.
Intracellular nanovesicles or INVs are very small vesicles that transport proteins around the cell.
INVs have been hidden from view until now.
>> Read the paper
| w加速任天行安卓版 | [Plain English]
绿叶加速器最新版-快连加速器app
Cansu developed dongle-knocksideways and her new paper describes how it works and some drawbacks of the technique.
>> Read the paper
| [Link] | [First Author Interview]
绿叶加速器最新版-快连加速器app
We show how kinesin KIF1C is activated upon cargo binding.
>> Read the paper
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We strive to focus on scientific content rather than journal impact factor or other inappropriate metrics.
Find out more about the San Francisco Declaration of Research Assessment (SF-DORA) here.
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