Jaap Kaandorp's Homepage
 Simulation of a diffusion limited aggregation process,
``nutrient'' concentration is displayed in blue (light colours indicate a depletion of
nutrients) |
 Simulation of a sponge with an accretive growth process
(for example Haliclona oculata) |
 surface rendering of a CT scan of the coral Madracis mirabilis
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 Simulated flow density pattern around a 3D image of
Madracis mirabilis
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 Morphological analysis of
complex-shaped branching morphologies of the scleractinian coral
Madracis mirabilis
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 Simulated growth of a scleractinian coral
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 Madracis mirabilis
reef in Curacao (photograph Mark Vermeij)
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 Volume rendering of a CT scan of the coral Madracis mirabilis
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 Simulated growth and body plan of a branching sponge.
The simulated regulatory network produces light blue spots indicating relatively
high concentrations of Iroquois marking the future positions of the exhalant
pores in the sponge
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 The sponge Haliclona oculat (Oosterschelde,
the Netherlands, Photograph by Mario de Kluijver)
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 Cell-based modelling of gastrulation in the sea anemone Nematostella vectensis
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 Morpho space of simulated coral growth forms
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The Computational Biology Group April 2010 (from left to right:
Daniel Botman, David van Dijk, Max Filatov, Narges Javaheri,
Jaap Kaandorp, Nol Chindapol, Carolina Cronemberger, Lotte Huisman,
Muriel de Boer, Paula Silva; not on the picture: Carlos Tamulonis,
Jani Tanzil)
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8th International Symposium on Networks in Bioinformatics, April 14-15, 2011, Science Park Amsterdam, Amsterdam, the Netherlands |
The Euro ISRS Symposium 2010: Reefs in a changing environment 13-17 December 2010, Wageningen, The Netherlands |
Coral Warm: Corals and global warming: the Mediterranean versus the Red Sea |
BIOMINTEC Biomineralization: Understanding of basic mechanisms for the design of novel strategies in nanobiotechnology |
 The book ``The algorithmic beauty of seaweeds, sponges and corals'',
J.A. Kaandorp & J.E. Kuebler, Springer-Verlag, 2001 see:
abstract in pdf formatandanimations |