(a) Initial condition (b) t=1,200 (c) t=3,000 (d) t=6,000 (e) t=12,000 (f) t=18,000 (g) t=36,000 (h) t=54,000 (i) t=72,000 (j) t=144,000 Individual cells (t=8,800) cAMP waves (t=8,800) Pressure differences (t=8,800) Individual cells (t=9,200) cAMP waves (t=9,200) Pressure differences (t=9,200) Individual cells (t=9,600) cAMP waves (t=9,600) Pressure differences (t=9,600) Individual cells (t=10,000) cAMP waves (t=10,000) Pressure differences (t=10,000) Individual cells (t=10,400) cAMP waves (t=10,400) Pressure differences (t=10,400) (a) t=5,000 (b) t=108,000 (a) normal behaviour (a) no pathfinder cells (c) no pathfinder cells and tube not rigid (a) t=500 (b) t=5,000 (c) t=10,000 (a)1 (a)2 (a)3 (a)4 (a)5 (a)6 (b) From the simulation of Fig. 5 (c) From the simulation of Fig. 7 (a) (b) (c)

Modelling Dictyostelium discoideum morphogenesis:
the culmination

Bull. Math. Biol., 64:327-353 (2002)

A.F.M. MARÉE AND P. HOGEWEG
THEORETICAL BIOLOGY AND BIOINFORMATICS, UNIVERSITY OF UTRECHT,
PADUALAAN 8, 3584 CH UTRECHT, THE NETHERLANDS

The following figures form part of the abovementioned paper. Click on the -symbols to view MPEG-1 movies of the developments presented in the figures, or on parts of the figures to enlarge the subfigures.




Figure 1

Fig. 1:Small MPEG-1 movie of Fig. 1 (385 kB)(385 kB) Large MPEG-1 movie of Fig. 1 (7.3 MB)(7.3 MB)





Figure 2

Fig. 2A:Small MPEG-1 movie of Fig. 2A (500 kB)(500 kB) Large MPEG-1 movie of Fig. 2A (6.9 MB)(6.9 MB)
Fig. 2B:Small MPEG-1 movie of Fig. 2B (1.2 MB)(1.2 MB) Large MPEG-1 movie of Fig. 2B (6.9 MB)(6.9 MB)
Fig. 2C:Small MPEG-1 movie of Fig. 2C (1.2 MB)(1.2 MB) Large MPEG-1 movie of Fig. 2C (6.9 MB)(6.9 MB)





Figure 3

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Figure 4

Fig. 4A:Small MPEG-1 movie of Fig. 4A (385 kB)(385 kB) Large MPEG-1 movie of Fig. 4A (7.3 MB)(7.3 MB)
Fig. 4B:Small MPEG-1 movie of Fig. 4B (281 kB)(281 kB) Large MPEG-1 movie of Fig. 4B (1.0 MB)(1.0 MB)
Fig. 4C:Small MPEG-1 movie of Fig. 4C (285 kB)(285 kB) Large MPEG-1 movie of Fig. 4C (1.0 MB)(1.0 MB)





Figure 5

Fig. 5:Small MPEG-1 movie of Fig. 5 (364 kB)(364 kB) Large MPEG-1 movie of Fig. 5 (6.2 MB)(6.2 MB)





Figure 6

Fig. 6A:        1: Small MPEG-1 movie of Fig. 6A1 (360 kB)(360 kB) Large MPEG-1 movie of Fig. 6A1 (6.2 MB)(6.2 MB)         4: Small MPEG-1 movie of Fig. 6A4 (353 kB)(353 kB) Large MPEG-1 movie of Fig. 6A4 (6.2 MB)(6.2 MB)
                        2: Small MPEG-1 movie of Fig. 6A2 (362 kB)(362 kB) Large MPEG-1 movie of Fig. 6A2 (6.2 MB)(6.2 MB)         5: Small MPEG-1 movie of Fig. 6A5 (357 kB)(357 kB) Large MPEG-1 movie of Fig. 6A5 (6.2 MB)(6.2 MB)
                        3: Small MPEG-1 movie of Fig. 6A3 (355 kB)(355 kB) Large MPEG-1 movie of Fig. 6A3 (6.2 MB)(6.2 MB)         6: Small MPEG-1 movie of Fig. 6A6 (351 kB)(351 kB) Large MPEG-1 movie of Fig. 6A6 (6.2 MB)(6.2 MB)
Fig. 6B:Small MPEG-1 movie of Fig. 6B (364 kB)(364 kB) Large MPEG-1 movie of Fig. 6B (6.2 MB)(6.2 MB)
Fig. 6C:Small MPEG-1 movie of Fig. 6C (431 kB)(431 kB) Large MPEG-1 movie of Fig. 6C (6.2 MB)(6.2 MB)





Figure 7

Fig. 7A:Small MPEG-1 movie of Fig. 7A (876 kB)(876 kB) Large MPEG-1 movie of Fig. 7A (6.2 MB)(6.2 MB)
Fig. 7B:Small MPEG-1 movie of Fig. 7B (746 kB)(746 kB) Large MPEG-1 movie of Fig. 7B (6.2 MB)(6.2 MB)
Fig. 7C:Small MPEG-1 movie of Fig. 7C (431 kB)(431 kB) Large MPEG-1 movie of Fig. 7C (6.2 MB)(6.2 MB)