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In this thesis, Matthias Heydt applies digital in-line holography
to achieve for the first time a complete three dimensional and real
time motion analysis of Ulva zoospores, both in solution and in the
vicinity of different surfaces. These results provide previously
unknown information about the behavior and mechanism spores use to
select a suitable site for settlement. This work gives deeper
insight into biofouling algae and stimulates new design strategies
for antifouling coatings. Furthermore, the tracking system
developed during this research could be used as a new system for
assessing the antifouling performance on different surfaces at very
early points in time, allowing disentanglement of surface
conditioning and interaction of spores with pristine chemistries.
In this thesis, Matthias Heydt applies digital in-line holography
to achieve for the first time a complete three dimensional and real
time motion analysis of Ulva zoospores, both in solution and in the
vicinity of different surfaces. These results provide previously
unknown information about the behavior and mechanism spores use to
select a suitable site for settlement. This work gives deeper
insight into biofouling algae and stimulates new design strategies
for antifouling coatings. Furthermore, the tracking system
developed during this research could be used as a new system for
assessing the antifouling performance on different surfaces at very
early points in time, allowing disentanglement of surface
conditioning and interaction of spores with pristine chemistries.
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