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Lipid tubule growth by osmotic pressure

机译:渗透压使脂质小管生长

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摘要

We present here a procedure for growing lipid tubules in vitro. This method allows us to grow tubules of consistent shape and structure, and thus can be a useful tool for nano-engineering applications. There are three stages during the tubule growth process: initiation, elongation and termination. Balancing the forces that act on the tubule head shows that the growth of tubules during the elongation phase depends on the balance between osmotic pressure and the viscous drag exerted on the membrane from the substrate and the external fluid. Using a combination of mathematical modelling and experiment, we identify the key forces that control tubule growth during the elongation phase.
机译:我们在这里提出了一种体外生长脂质小管的程序。这种方法使我们能够生长出形状和结构一致的小管,因此可以成为纳米工程应用的有用工具。肾小管的生长过程分为三个阶段:起始,伸长和终止。平衡作用在小管头上的力表明,在伸长阶段,小管的生长取​​决于渗透压与从基质和外部流体施加到膜上的粘性阻力之间的平衡。结合数学建模和实验,我们确定了在伸长阶段控制微管生长的关键力。

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