Movement of a sessile cell colony.
Surface motion of an isolated sessile bacterial colony is described by a free surface condition known as the kinematic boundary condition. When t he colony is attached to a surface which does not allow slip, a difficulty arises in describing the motion of the contact line at the boundary of the colo...
| Main Authors: | , |
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| Format: | Journal article |
| Udgivet: |
Royal Irish Academy
2012
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| Summary: | Surface motion of an isolated sessile bacterial colony is described by a free surface condition known as the kinematic boundary condition. When t he colony is attached to a surface which does not allow slip, a difficulty arises in describing the motion of the contact line at the boundary of the colony. Here we present a new theory which allows for a resolution of this difficulty, by allowing for a 'radiative' direction-dependent flux of the medium. In effect, this allows slip to occur near the contact line. |
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