How bio-filaments twist membranes
J Fierling, A Johner, IM Kulić, H Mohrbach, MM Müller - Soft Matter, 2016 - pubs.rsc.org
J Fierling, A Johner, IM Kulić, H Mohrbach, MM Müller
Soft Matter, 2016•pubs.rsc.orgWe study the deformations of a fluid membrane imposed by adhering stiff bio-filaments due
to the torques they apply. In the limit of small deformations, we derive a general expression
for the energy and the deformation field of the membrane. This expression is specialised to
different important cases including closed and helical bio-filaments. In particular, we analyse
interface-mediated interactions and membrane wrapping when the filaments apply a local
torque distribution on a tubular membrane.
to the torques they apply. In the limit of small deformations, we derive a general expression
for the energy and the deformation field of the membrane. This expression is specialised to
different important cases including closed and helical bio-filaments. In particular, we analyse
interface-mediated interactions and membrane wrapping when the filaments apply a local
torque distribution on a tubular membrane.
We study the deformations of a fluid membrane imposed by adhering stiff bio-filaments due to the torques they apply. In the limit of small deformations, we derive a general expression for the energy and the deformation field of the membrane. This expression is specialised to different important cases including closed and helical bio-filaments. In particular, we analyse interface-mediated interactions and membrane wrapping when the filaments apply a local torque distribution on a tubular membrane.
The Royal Society of Chemistry以上显示的是最相近的搜索结果。 查看全部搜索结果