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飞鸟加速器-旋风加速度器
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
w加速任天行安卓版
飞鸟加速器-旋风加速度器
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] |
飞鸟加速器-旋风加速度器
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]
飞鸟加速器-旋风加速度器
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]
飞鸟加速器-旋风加速度器
We show how kinesin KIF1C is activated upon cargo binding.
>> Read the paper
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[Link]
CMCB is a signatory of DORA
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.
Page contact: Stephen Royle
